Why This Book Exists

I have been a stunt and special effects coordinator, pyrotechnician, and firearms instructor for more than thirty-five years. I have been consulted as the firearms safety expert in all three Rust proceedings — the State of New Mexico criminal prosecution of Alec Baldwin, and both civil suits brought against him. I have a 31-of-31 trial record. I have trained over thirty thousand students in firearms handling. And I have written this book because the death of Halyna Hutchins did not need to happen, and I do not want what killed her to kill anyone else.

Every fatality on a movie set involving firearms in the modern era — Jon-Erik Hexum in 1984, Brandon Lee in 1993, Halyna Hutchins in 2021 — was the result of breaking rules that are simple, that have been known and published for decades, and that take very little time or money to follow. None of these deaths required some exotic equipment failure or one-in-a-million accident. Every one of them came down to people skipping steps that anyone with two brain cells could have performed.

So this book is a manual. It is for armorers and aspiring armorers. It is for actors who will be handed firearms. It is for assistant directors, prop masters, stunt coordinators, producers, and directors who will be in proximity to firearms on set, or whose decisions will affect who is. It is for the lawyer who finds themselves on either side of a wrongful death case after a set shooting and needs to understand what should have happened. And it is for the curious citizen who wants to know how Hollywood manages firearms without a body count — and who wants to know why, when the body count does occur, it is virtually never an accident in the normal sense of the word.

I have tried to be friendly. I have tried to be clear. I have tried to use plain English. I will tell you what I would tell my own children, who I have personally taught firearms safety from a young age. But I will not be soft about what is at stake. The phrase I want you to keep in your head as you read this book is the one I have used in court more than once:

People are like toast. Once you are burned, you cannot be unburned. Once you are shot, you cannot be unshot. The rules in this book exist for one reason — to keep people from being burned and being shot. There is no second draft of a fatality.

If you read this book, and you follow what is in it, you will not kill anyone with a firearm on a movie set. Period. If you do not follow what is in it, sooner or later you will get someone hurt, and possibly killed, and the financial and criminal consequences of that will be enormous. I have seen it. I have testified about it. I do not want to testify about it concerning you.

Let's get to work.

— Steve Wolf
Austin, Texas

Contents

The Rules

Inviolate. Universal. Non-negotiable.

Why These Are Rules, Not Suggestions

A rule is a thing that applies whether you feel like following it or not. A suggestion is a thing you can take or leave depending on the situation. The contents of this book are rules.

I make this distinction at the very beginning because it is, in my experience as an expert witness in firearms cases, the single most consequential confusion in the industry. Productions, individuals, and even working armorers will sometimes treat the safety procedures in this book as best practices — as things you do when you have time, when the budget allows, when the schedule permits, when everyone is in the mood. That framing is wrong, and it is fatal.

The procedures in this book exist because they are the boundary between a working day on a movie set and a wrongful death lawsuit. When followed, they produce a production where firearms are present in front of the camera and no one is hurt. When skipped — even partially, even just once — they produce headlines, criminal prosecutions, and seven- and eight-figure judgments.

What Departure From These Rules Has Cost, In Round Numbers

The Three Deaths That Should Have Taught the Industry

Three set fatalities involving firearms in the modern era are the case studies every working professional must know cold. I will treat each at greater length later in this book — particularly Halyna Hutchins, because I have been the expert witness in all three Rust cases. But for orientation:

Jon-Erik Hexum, 1984. Twenty-six years old, lead actor on the CBS series Cover Up. During a break in filming, joking with his crew, Hexum placed the muzzle of a revolver loaded with blanks against his own temple and pressed the trigger. The high-pressure gases discharged from the muzzle of a blank round at contact range drove a fragment of his skull into his brain. He was declared brain dead within six days.

Brandon Lee, 1993. Twenty-eight years old, son of Bruce Lee, lead actor on The Crow. A dummy round previously used to dress the cylinder of the firearm had a poorly-seated bullet that came loose and remained lodged in the barrel. When the same gun was later loaded with blanks for the shooting scene, the propellant from a blank cartridge launched the loose bullet from the barrel as if it were a live round. He died on the table.

Halyna Hutchins, 2021. Forty-two years old, Director of Photography on Rust. During a blocking rehearsal — a scene not even being filmed in earnest — a single-action revolver in the hands of Alec Baldwin discharged a live round that struck her through the chest and exited into the shoulder of director Joel Souza. She was airlifted to UNM Hospital in Albuquerque and was pronounced dead at 15:37 that afternoon, seventeen minutes after touching down on the helipad.

Every one of these three deaths was 100% preventable by the rules in this book. Every one of them was caused by the breaking of multiple rules in this book, often simultaneously. Every one of them involved a person whose entire job was to know better.

What This Means For You

If you are reading this book to learn the trade, learn what is here without exception. If you are reading this book because you have been hired onto a production and there are firearms involved, follow what is here without exception. If you are reading this book because there has already been an incident and you are trying to figure out what should have happened, read it through and you will know.

The book that follows is the operating manual. Take it that way.

The Four Universal Gun Safety Rules

These rules apply at all times, in all places, under all conditions. They apply in your home. They apply on a movie set. They apply during a real gunfight. They do not have exceptions, and they do not have circumstances under which they are suspended. Memorize them.

I have spent decades refining how I word these rules. The wording matters. The wording matters because the wording is what your brain reaches for in the half-second when something is going wrong, and a poorly-worded rule is a slow rule. Below is my precise wording, with the explanation of why each word is chosen.

The Pre-Flight Test

Before you handle a firearm, anywhere, for any purpose — including a film set — ask yourself the following four questions. If you cannot answer all four in the affirmative, do not touch the gun.

The Movie Set Gun Safety Rules

The four universal rules continue to apply on a set. Everything in this chapter is in addition to them, not instead of. A movie set is a context with specific layered risks — many people, many tasks, many distractions, choreographed handling, and a wide range of skill levels — and so it requires layered procedural protections beyond what an individual shooter would observe alone at a range.

Rule 1 — Use Real Prop Guns Where Possible

The single biggest reduction in risk available to a production is the choice of firearm. Many sequences that appear to require a working gun can be filmed with one of the following:

• A non-firing replica — looks identical, cannot be loaded, cannot fire.
• A blank-only firearm — a real firearm that has been mechanically modified so that live ammunition will not chamber. The barrel is bored or restricted such that the round cannot seat correctly.
• A rubber or resin "stunt gun" — for action scenes where the actor will not be required to fire.
• A computer-generated muzzle flash added in post — increasingly viable and very common in modern productions.

The cinematic appearance of any of these can be made indistinguishable from a working firearm by competent production. If your scene can be accomplished with one of these, you must use one of these. The decision to use a working firearm is a decision that must be justified, not assumed.

Rule 2 — No Live Ammunition On Set

Live ammunition serves no purpose on a film set. It cannot be shot at anyone. It cannot be loaded into a gun used in front of a camera. The presence of live ammunition on a set creates the possibility — and as Rust demonstrated, the eventual reality — of live ammunition entering a firearm intended for blanks.

The only legitimate exception is the personal sidearm of a security professional or off-duty law enforcement officer providing protection, and even that sidearm is to be holstered, retained, and never brought near the working firearms or the working ammunition.

Rule 3 — One Person Is Responsible. By Name. On The Call Sheet.

That person is the armorer, also called the weapons handler, the props master in some smaller productions, or the head of the weapons department on larger ones. On productions with significant firearms work, the armorer is supported by a department — but a department reports up to one named individual.

That individual is the only person on the set who has the authority and the responsibility to clear, load, and pass firearms. The director does not have that authority. The first assistant director does not have that authority. The actor does not have that authority. The producer does not have that authority. Only the armorer.

Rule 4 — No One Else Handles The Firearms

The armorer hands the gun to the actor. The actor returns the gun to the armorer. That is the entire authorized list of people whose hands touch the firearm. Not the director, not the AD, not the prop master (unless they are the armorer), not the director of photography, not the camera operator, not the script supervisor, not the on-set medic, not the producer. The firearm is touched by the armorer and the actor. That is the rule and it has no exceptions.

Rule 5 — Firearms Have Only Three Permitted States

At any moment on a set, every firearm must be in one of the following three conditions:

1. In use under the active supervision of the armorer. The armorer is physically present, watching, and ready to interrupt.
2. Being maintained. The armorer is working on the firearm in a designated area, supervised, with the gun cleared.
3. In safe storage. The firearm is in a locked container — typically a gun safe — to which only the armorer has the combination.

The state that is not on this list is "lying on a prop cart so someone can grab it." That state is the state in which Halyna Hutchins was killed. Do not let your set have any firearm in that state at any moment.

Rule 6 — The Rules Are Inviolate

No pressure — budgetary, temporal, creative, hierarchical, or personal — ever justifies departure from these rules. Producers will pressure you. Directors will pressure you. Stars will pressure you. The schedule will pressure you. Investors will pressure you. The answer is no. The pressure stops at the rule. The rule does not bend.

If you are an armorer and you receive that pressure, you must be willing to walk off the set rather than yield. If you yield, and someone dies, your career is over and your liberty may be over. If you walk, you are protected by the universal recognition in our industry that safety supersedes schedule, and if the production wants to replace you in retaliation, that retaliation will be discoverable later in litigation and will weigh very heavily against the production.

Rule 7 — The Armorer Has Absolute Authority Over Firearms

The armorer's word is final. The armorer's call to stop is final. The armorer's instruction to actors is final. The armorer's refusal to release a gun is final. This authority is not granted by the director or the producer — it is granted by the safety regulations and industry standards governing the work, and it is unaffected by anyone's opinion of it.

It is the producer's job to ensure that the person hired as armorer is sufficiently experienced, sufficiently confident, and sufficiently respected to exercise that authority without flinching. Hiring an inexperienced armorer because they are cheaper, or because they are easier to push around, is not a budget decision. It is a decision to expose your production to a wrongful death.

Summary — The Seven Movie Set Rules

The Hardware

What the gun is, and how it works.

The Single Action Revolver

The single action revolver, particularly the Colt Single Action Army Model 1873 and its many replicas, is the firearm most commonly encountered on a film set involving Westerns. It is also the firearm that killed Halyna Hutchins. Understanding it is non-negotiable for anyone working with set firearms.

A Brief History

The Colt Single Action Army, often called the Peacemaker, was adopted by the United States Army in 1873 and remained the standard-issue sidearm until 1892. Its production overlapped with — and shaped — the Wild West period of American history that the Western genre depicts. Original 1873-era guns sell at auction today for upwards of $10,000. Modern replicas, manufactured by companies like F.lli Pietta and Uberti in Italy and by Colt themselves, sell new for around $500 to $1,500.

The revolver that discharged on the Rust set was an F.lli Pietta Model 1873 SA (Californian variant), in .45 Colt (also known as .45 Long Colt), Serial Number E52277, identified in the FBI laboratory report as "Item 2."

What "Single Action" Means

The word single in "single action" refers to the number of mechanical functions performed by the trigger. A double action revolver's trigger performs two functions: pulling the trigger both cocks the hammer (advancing the cylinder in the process) and releases it. A single action revolver's trigger performs only one function: it releases the hammer. The cocking — and the cylinder advance — must be performed by a separate manual action, the thumb pulling the hammer back.

Because the trigger does only one thing, it is a short, light, crisp trigger. This is what makes single action revolvers very accurate in skilled hands. It is also what makes them dangerous when handled carelessly: a trigger that can release the hammer with very little pressure can be released by very little intentional input. A finger merely resting on the trigger is exerting enough pressure, on a tuned single action, to disengage the sear.

The Parts of a Single Action Revolver

Working from the rear of the gun forward and from the bottom up:

• Grip (also called stocks). The handle. Held in the strong hand.
• Hammer. The pivoting metal piece at the rear that strikes the firing pin. Pulled back manually to cock the gun.
• Hammer spur. The thumb piece on top of the hammer used to pull it back.
• Trigger. The pivoting metal piece that releases the hammer to strike.
• Trigger guard. The circular metal piece around the trigger, intended to prevent unintended trigger contact.
• Frame. The main structural body of the gun.
• Loading gate. The hinged door on the right side of the frame, opened to load and unload one round at a time.
• Cylinder. The rotating component containing six chambers, each of which can hold one cartridge.
• Chamber. One of the six holes in the cylinder, each holding a single cartridge.
• Ejector rod. The rod under the barrel used to push empty casings out of the chambers after firing.
• Barrel. The tube through which the bullet travels.
• Muzzle. The forward end of the barrel.
• Front sight, rear sight. The metal pieces used for aiming.

The Half-Cock and Quarter-Cock Safeties

The Colt 1873 design includes two intermediate hammer positions that function as mechanical safeties:

• Quarter-cock. The hammer is drawn back a small distance — typically engaging a small notch on the hammer that catches on the sear. In this position, the cylinder is locked and the gun cannot be fired by a normal trigger pull.
• Half-cock. The hammer is drawn back further to a second notch. This position allows the cylinder to rotate freely (so the gun can be loaded or unloaded through the loading gate) but still prevents the gun from firing under normal trigger pressure.
• Full-cock. The hammer is drawn all the way back, the cylinder has indexed to align a fresh chamber with the barrel, and the trigger will release the hammer to strike.

The FBI test of the Rust firearm confirmed that with the hammer in quarter-cock or half-cock positions, the gun could not be made to fire even when pressure was applied to the trigger. With the hammer in the full-cock position, the gun could not be made to fire without a pull of the trigger. The firearm was, in the FBI's words, in normal working condition.

How the Mechanism Works

If you understand the internal mechanism of a single action revolver, you understand why the Rust shooting could not have been an "accidental discharge" in the normal sense, and you understand why the rules of safe handling work the way they do. The mechanism is not magic. It is a small number of metal pieces interacting in a small number of ways.

The Sear: The Heart of It

The hammer in a single action revolver is held back, against spring tension, by a small piece of metal called the sear. The sear is part of (or directly connected to) the trigger. When the gun is cocked, the sear catches in a notch in the hammer and holds the hammer in the cocked position. The spring under the hammer is trying to drive the hammer forward; the sear is the only thing stopping it.

When you press the trigger, the sear moves out of the way. The hammer is released and the spring drives it forward into the firing pin, which strikes the primer of any cartridge in the chamber aligned with the barrel, and the gun fires.

The trigger pull on a tuned single action revolver is light. It has to move only a very short distance, and it can be released by a very small amount of pressure — typically two to three pounds. For comparison, the average human hand can squeeze with around fifty pounds of grip strength. So a trigger pull on a single action is, in proportion, a tiny pressure on a tiny travel.

Why Light Trigger Pull Matters

The lightness of the trigger is what makes single action revolvers accurate and what makes them fast in skilled hands. It is also what makes them dangerous when handled carelessly, because:

• A finger merely resting on the trigger may be applying enough pressure to disengage the sear.
• A finger near the trigger may make contact with it during sudden movement (a sneeze, a stumble, a recoil reaction) and apply enough pressure to disengage the sear.
• The shooter may genuinely not realize that they are applying pressure, because the absolute amount of pressure is so small.

This is precisely the phenomenon I believe occurred in the Rust shooting, and it is the topic of Chapter 22. The short version: Baldwin's finger was inside the trigger guard. He was applying enough pressure to disengage the sear. He pulled the hammer back, and then released it. The hammer fell. Baldwin may sincerely believe that he did not "pull the trigger" — because in the everyday sense of the word, he did not perform a discrete intentional pull motion — but he was nonetheless applying enough pressure to the trigger that the hammer's release from his thumb resulted in the gun firing.

The "Fanning" Misconception

Baldwin and a number of other commentators have referred to a technique called "fanning the hammer," in which the trigger is held in the pressed position continuously while the off-hand chops at the hammer spur to cock and release it rapidly. Fanning is theatrical — it produces the rapid-fire stream of shots familiar from Western films — and it is mechanically distinct from normal aimed firing.

It is widely but incorrectly believed, including by Baldwin in his ABC News interview, that fanning does not involve trigger pressure. This is wrong. Fanning requires continuous trigger pressure. The trigger is held back the whole time; the hammer is repeatedly raised and released by the off-hand, and each release causes a shot because the sear is held out of the way by the held trigger. Without trigger pressure, the sear catches the hammer in the cocked position and the gun does not fire.

That this is widely misunderstood is exactly why I have written this chapter. If actors believe the trigger isn't part of the mechanism in some firing modes, they will not respect the trigger, and they will eventually discharge a firearm they thought was inert.

The Exploded View

The diagram above shows the principal internal components. From the perspective of safety, the components you need to know about are the hammer (which strikes the firing pin), the firing pin (which strikes the primer), the trigger and sear (which control hammer release), the cylinder (which holds the chambers), the hand or bolt mechanism (which advances the cylinder when the hammer is cocked), and the hammer spring (which provides the driving force).

You do not need to be a gunsmith to handle a revolver on set. You do need to know that all these pieces interact, that they can fail individually (a worn sear, a weakened spring), and that any sign of unusual behavior in any of them — a hammer that doesn't lock cleanly into cock, a cylinder that doesn't index correctly, a trigger pull that is unusually light or unusually heavy or unusually inconsistent — is a reason to stop and have the gun inspected by a qualified gunsmith before the next take.

Clearing Other Common Firearms

The single action revolver gets its own chapter because it killed Halyna Hutchins. It is not the only firearm you will encounter on a set, and it is not the firearm most likely to be involved in the next fatality. The semi-automatic pistol — the most common firearm in modern America — is the type most often involved in "I thought it was unloaded" shootings. The reason is structural: a semi-auto's magazine and chamber are independent reservoirs of ammunition, and a person who removes the magazine but does not clear the chamber has not made the firearm safer. They have made it more dangerous, because the firearm now appears empty when it is not.

This chapter is the operating reference for clearing the firearm types you are most likely to be handed on a contemporary set: semi-automatic pistols, semi-automatic rifles, bolt-action rifles, pump and semi-automatic shotguns, muzzle-loaders, and the less common but still encountered double-action revolvers, lever-action rifles, and break-action firearms. Read it. Practice the procedures on inert training guns until they are reflex. Then read it again.

The Semi-Automatic Pistol

The semi-automatic pistol is the firearm most likely to be involved in your next near-miss. Glock, SIG Sauer, Beretta, Smith & Wesson M&P, 1911, and dozens of others — the action varies in detail, but the clearing logic is identical across designs. A magazine in the grip holds rounds in a column. Each shot uses recoil energy to extract the spent casing, eject it, cock the hammer or striker, and strip the next round from the magazine into the chamber. After the magazine is empty, most designs lock the slide open on an empty chamber. Some do not.

The single most common error in clearing a semi-automatic pistol is performing the steps in the wrong order. If you cycle the slide before removing the magazine, you have just chambered a fresh round from the magazine. The firearm is now loaded. If you then remove the magazine and put the pistol down believing it cleared, you have created exactly the conditions under which the next "unloaded gun" shooting occurs.

The Semi-Automatic Rifle

The semi-automatic rifle is mechanically a larger and longer version of the semi-automatic pistol. The most common patterns you will see on a set are the AR-15 family (M4, M16, civilian AR variants), the AK family (AK-47, AKM, AK-74), and various sporting and military patterns. The clearing logic remains the same — magazine first, chamber second, both verified — with three practical differences. The firearm is longer, so muzzle discipline through the procedure is more demanding. The action is operated by a charging handle rather than by gripping the slide. And the safety mechanisms vary substantially between designs.

The Bolt-Action Rifle

The bolt-action rifle is the simplest of the rifles to clear because each round must be cycled into and out of the chamber manually by the bolt. There is no automatic feed and no semi-automatic cycling to confuse the operator. The two clearing considerations are: the magazine type, and whether you have actually cycled all rounds out of it.

Bolt-action rifles come in three magazine configurations. A detachable box magazine is removed the same way a semi-auto's magazine is removed; clearing then proceeds by operating the bolt. An internal box magazine holds rounds inside the rifle's frame and is emptied either by cycling the bolt repeatedly until all rounds extract or by releasing the magazine floorplate to drop the rounds free. A single-shot rifle has no magazine; one round in the chamber is the entire ammunition supply.

The Pump-Action Shotgun

The pump-action shotgun — Remington 870, Mossberg 500 and 590, Winchester 1300 — is one of the most common firearms in police, security, and home-defense roles, and one of the most common shotguns you will be handed on a contemporary set. It uses a sliding fore-end (the "pump") to cycle the action. The ammunition reservoir is a tubular magazine running under the barrel, typically holding four to seven shells depending on barrel length. There is no bolt hold-open on most pump designs; you verify by cycling.

The Semi-Automatic Shotgun

The semi-automatic shotgun — Benelli M4, Beretta 1301, Remington 11-87, Browning A5, and others — uses recoil or gas energy to cycle the action after each shot. Like the semi-auto pistol and rifle, it has two independent ammunition reservoirs: the chamber and the magazine tube. Clearing follows the now-familiar logic: remove the magazine source, clear the chamber, verify both.

The Muzzle-Loading Firearm

A muzzle-loading firearm — flintlock, percussion-cap, or modern in-line — cannot be "cleared" in the sense the other firearms in this chapter can be cleared. The powder charge and projectile are loaded down the muzzle and seated in place by ramming. Removing them requires either firing the gun in a safe direction or using specialized extraction tools (a worm or ball puller threaded onto the ramrod, or a CO₂ discharger that uses gas pressure to push the load back out).

On a film set, this constraint shapes practice. Muzzle-loaders are loaded by the armorer immediately before the take, with the powder charge only (no projectile) appropriate for the cinematic effect, and they are discharged or de-primed at the conclusion of the take. A muzzle-loader does not sit between takes in a loaded condition. If a muzzle-loader needs to be made safe between takes for any reason, follow the procedure below.

Other Firearm Types You May Encounter

Three additional types appear regularly enough on sets to warrant a procedural note.

The double-action revolver. Smith & Wesson, Colt Python, Ruger GP100, and similar. The cylinder swings out to the left side of the frame on a crane (a few older or custom designs use a top-break action instead). To clear: point in a safe direction, finger off the trigger; press the cylinder release latch and swing the cylinder out; press the ejector rod to push all cartridges out of the chambers into your hand; visually inspect each chamber individually, looking through them at a light source; close the cylinder only after the firearm is to be returned to use, otherwise leave it open.

The lever-action rifle. Winchester 1873, 1894, Marlin 336, Henry rifles, and similar — common in Westerns. Most use a tubular magazine under the barrel. To clear: point in a safe direction, finger off the trigger; cycle the lever fully open and fully closed, repeatedly, in the same motion used to fire the rifle. Each full cycle extracts one round from the magazine, chambers it briefly, and ejects it. Continue cycling until no further rounds appear. Visually inspect the chamber, the carrier, and the loading gate area. Leave the action open by holding the lever in the fully-open position or by removing the lever pin where the design permits.

The break-action firearm. Single-barrel and double-barrel shotguns and rifles, including over/under and side-by-side configurations. The barrel(s) tip downward on a hinge when the top lever or under-lever is operated. To clear: point in a safe direction, finger off the trigger; operate the opening lever; the barrels tip down and any shells or cartridges are extracted (and on some designs, ejected) directly from the chamber(s). Visually inspect each chamber. Leave the action open. The break-action firearm is the easiest of all firearms to verify cleared, because the chamber is directly visible end-on when the action is open.

Ammunition

Three kinds, three purposes, three ways to kill if confused.

Live Ammunition

Live ammunition is what makes a firearm dangerous. Every component exists for the purpose of propelling a bullet at lethal velocity. Understanding the parts of a cartridge — and the role of each — is foundational to understanding why blanks and dummies differ, and why those differences matter for safety on set.

The Four Components

A live cartridge consists of four parts assembled into a single unit:

1. The casing — typically brass — is the cylindrical container that holds everything else together.
2. The primer — a small disc seated in the rear of the casing, containing a shock-sensitive chemical (typically lead azide) that detonates when struck by the firing pin.
3. The propellant (gunpowder) — modern smokeless powder, which burns rapidly when ignited by the primer, producing expanding gas.
4. The bullet — the projectile, typically lead or copper-jacketed lead, seated in the open front end of the casing.

How a Live Round Fires

The mechanical sequence, when you pull the trigger of a loaded gun, is:

1. The trigger releases the hammer.
2. The hammer strikes the firing pin (or, in some single-action designs, the hammer's nose is the firing pin) with enough force to drive its tip into the primer.
3. The shock-sensitive lead azide in the primer detonates.
4. The detonation ignites the gunpowder.
5. The gunpowder burns extremely rapidly — milliseconds — converting from solid grains into expanding hot gas.
6. The gas builds pressure within the casing, which is contained by the steel walls of the chamber.
7. The only direction the gas can escape is forward, through the open mouth of the casing, where it pushes against the seated bullet.
8. The bullet is forced out of the casing and down the barrel, accelerating to muzzle velocity.
9. The bullet exits the muzzle on a ballistic trajectory toward whatever the gun was pointed at.

From the moment the trigger releases to the moment the bullet exits the muzzle, less than two thousandths of a second has elapsed. You cannot reverse this sequence. You cannot stop the bullet partway. You cannot apologize the bullet back into the casing.

Blank Ammunition

A blank cartridge has three of the four components of a live cartridge. It is missing the bullet. Its purpose is to produce the visual and auditory signatures of a fired gun — the flash, the smoke, the noise, and the muzzle recoil — without sending a projectile downrange. The absence of a bullet does not make a blank harmless.

The Three Components

A blank cartridge consists of:

1. The casing — same as a live round.
2. The primer — same as a live round, fully functional.
3. The propellant — gunpowder, same as a live round (sometimes a slightly different formulation tuned for the desired flash).

The bullet is replaced by one of two means of containing the powder in the casing:

• Wadding. A piece of paper, foam, or felt is seated in the casing in place of the bullet, holding the powder in.
• Crimp. The metal of the casing is mechanically crimped — folded inward — at the front, closing the casing without any insert.

How a Blank Fires

The internal sequence is identical to a live round up to step 7. The primer detonates, the powder ignites, the gas expands, and the pressure builds inside the casing. The difference is what the gas pushes against. With no bullet to drive forward, the gas simply expands out of the casing, through the chamber, and out of the muzzle as a jet of hot expanding gas — accompanied by the wadding, if present, propelled forward.

The result is a dramatic flash, a loud bang, smoke, recoil, and — at close range — a discharge of high-pressure gas and hot wadding particles.

The Special Danger of Crimped Blanks

Crimped blanks — where the casing itself is folded inward instead of using a wadding insert — carry an additional risk that wadded blanks do not. The crimped metal at the front of the casing can, under firing pressure, break loose and become a projectile of its own. A crimped fragment of brass casing, propelled by full propellant force, can cause severe lacerations, eye injuries, and at close range, fatal wounds.

For this reason, wadded blanks are preferred over crimped blanks in most professional film production. Wadded blanks still discharge expanding gas (which still requires that the muzzle not be pointed at people) but they do not generate metal fragments.

Dummy Rounds

A dummy round has the appearance of a live cartridge — casing, bullet — but it is mechanically incapable of firing. Its primer is inert and it contains no gunpowder. Its purpose is to dress the cylinder of a firearm for a close-up shot, so that the audience sees what looks like a loaded weapon. Dummy rounds are essential to set firearms work, and dummy rounds have killed at least one actor.

The Components Of A Dummy Round

A dummy round consists of:

• A casing with one or more holes drilled through it (a visible mechanical indicator of inertness).
• A bullet, seated in the casing as in a live round.
• An inert primer — either drilled through, or heat-treated until the lead azide detonates harmlessly during manufacture so that the primer cup remains in place but the explosive is gone.
• Steel BBs — placed inside the casing before the bullet is seated. These rattle when the cartridge is shaken, providing an auditory verification of inertness.
• No gunpowder.

How A Dummy Round Is Verified

A correctly manufactured dummy round is identifiable by two independent verification methods:

1. Visual check. The casing should have visible drilled holes (typically one or two on the side, or a hole drilled through the primer face). If the holes are present, the casing cannot contain pressurized gas and cannot fire even if a primer were live and powder were somehow present.
2. Shake test. The cartridge should rattle audibly when shaken. The rattle is the steel BBs inside the casing — a sound which a live round, with its solid mass of compressed powder, cannot make. A live round shaken sounds dead. A dummy round shaken sounds like a maraca.

Where Dummy Rounds Go Wrong

Dummy rounds can be manufactured incorrectly. They can be re-pressed from used components — including cases that retain enough seating tension to hold a bullet — and the bullet can come loose during handling. They can be mixed in with live rounds during transport or storage. They can be mistaken visually if the drill holes are not present or are obscured by tarnish.

The protective measure against all of these failure modes is the same: every round is verified individually before it goes into a gun. Every. Single. Round. Visually inspected for drill holes, then shake-tested for the BB rattle. If both checks pass, the round is a dummy. If either check fails, the round is something else, and you do not load it.

How Blanks and Dummy Rounds Kill

There is a recurring impulse in the industry to treat blanks and dummies as the "safe" ammunition. They are not. They are less lethal than live rounds in many circumstances, but they remain capable of killing — and they have done so. The two case studies in this chapter are taught in every responsible firearms course because they illustrate failure modes that are easy to imagine and easy to repeat.

Case Study 1 · Jon-Erik Hexum, October 12, 1984

Jon-Erik Hexum was twenty-six years old and the lead of Cover Up, a CBS spy drama. During an extended pause between takes, frustrated by waiting, he picked up the .44 Magnum revolver he was using as a prop. The gun was loaded with blanks. Joking with the crew, he placed the muzzle against his right temple and pressed the trigger.

The blank discharged. The high-pressure expanding gas — at point-blank range, against the side of his skull — transmitted enough force to fracture a piece of bone away from the temporal area and drive it into his brain. He fell unconscious. He was rushed to surgery. After six days on life support, he was declared brain dead. His organs were donated.

What went wrong. Rule 2 of the Universal Gun Safety Rules: never allow a gun to point at anything you don't want destroyed. Hexum pointed a gun at his own head. He did so because he had been taught, like virtually every actor of his generation, that a gun loaded with blanks was not a real firearm. He was wrong, and his death is the canonical demonstration of how wrong.

Lesson. A gun loaded with blanks is a real firearm. The discharge of high-pressure gas at the muzzle is, at contact range, lethal force. Treat it as such. The "I'm just goofing around" exception to safety procedure is the version of safety procedure that gets people killed.

Case Study 2 · Brandon Lee, March 31, 1993

Brandon Lee was twenty-eight years old and the lead of The Crow. He was the son of Bruce Lee and was on the verge of becoming a major star.

The mechanism of his death has been described in part in the previous chapter. The full sequence:

1. The production needed a close-up shot of a loaded revolver, so dummy rounds were used to dress the cylinder. The dummy rounds were not professionally manufactured; they had been reloaded from used live components by a member of the production, with a bullet pressed back into a used casing, with no gunpowder added.
2. One of these "dummies" had a bullet that was loose in its seating — possibly because the casing's neck tension had been compromised by the original firing.
3. When the gun was fired in dry-fire mode during an earlier shot (with no powder), the firing pin still struck the primer of the dummy. The primer, although there was no powder behind it, did still contain its detonating compound. The primer's detonation alone — significantly less powerful than a propellant burn — was sufficient to dislodge the loosely-seated bullet from its casing and into the barrel, where it lodged.
4. The dummy rounds were later extracted from the cylinder. The empty casings came out. The lodged bullet remained in the barrel, unnoticed. The barrel was not visually checked.
5. The gun was then loaded with blanks for the actual shooting scene, in which actor Michael Massee was to fire the revolver in the direction of Brandon Lee.
6. When the blank was fired, the propellant force of the blank acted on the lodged bullet and propelled it from the gun at near-live velocity.
7. The bullet struck Brandon Lee in the abdomen. He died on the operating table at the New Hanover Regional Medical Center in Wilmington, North Carolina.

What went wrong. A combination of failures: improperly manufactured dummy rounds (no visible drill holes; no BBs); a substitute armorer (the lead armorer had left the set, leaving his wife to handle the firearms in his absence); skipped procedural steps (no barrel check between dummies and blanks); inadequate distance and angle from camera to actor (the gun was pointed too close to Lee's actual position).

Lesson. Dummies and blanks interact dangerously. A barrel that contained a dummy must be cleared and visually verified empty before any other ammunition is loaded. The interface between ammunition types — the moment of transition — is the high-risk moment.

Why Hutchins's Death Falls Into A Third Category

Halyna Hutchins was not killed by a blank or by a dummy. She was killed by a live round that had been mixed into a box of ammunition labeled as blanks or dummies, that had been loaded into the firearm without being individually checked, and that fired when the firearm discharged. Her death is the case where the protective procedures were not just inadequately executed — they were skipped almost entirely. Part V of this book is devoted to her case.

The Ammo Differentiation Table & The Shake Test

This chapter exists so that every working professional and every student of the craft has a single, memorable visual reference for telling the three kinds of ammunition apart. Memorize this table. Then memorize the shake test. Then practice both with inert training rounds until they are reflex.

The Table

The Shake Test — The Procedure

What This Costs In Time

A practiced armorer can verify six rounds — the full cylinder of a single action revolver — in well under sixty seconds. The verification is performed in front of the actor, who is shown the rounds and confirms what the armorer is loading. The combined time, including the brief actor-show, is around two minutes per loading cycle.

This is the procedure that, when skipped on the Rust set, allowed a live round to be loaded into the revolver that killed Halyna Hutchins. Two minutes. That is what was traded for her life.

Procedures

The mechanics of doing the work safely, every day, on every shot.

The Fourteen-Step On-Set Handling Procedure

This is the operating procedure for every shot involving a firearm on a film set. It is fourteen steps. Each step takes seconds. The full procedure, end to end, adds about three to five minutes to the lead-in of a shot. There is no production schedule that cannot afford five minutes per shot. There is no production budget that survives a wrongful death judgment. Follow the procedure.

The Procedure

What Happens When You Skip Steps

Each step exists because some prior incident — somewhere, sometime — happened when that step was missing. Step 4 exists because someone once handed an actor a gun without clearing it first. Step 6 exists because someone once loaded a gun without checking what they were loading. Step 9 exists because guns left on prop carts have been picked up and discharged. Step 11 exists because actors with no firearms training, given a firearm, will sometimes do dangerous things without realizing it.

The Rust shooting involved the failure of, by my count from the available evidence, twelve of these fourteen steps. The two that were nominally performed (call sheet listing, and possibly some version of step 14 in the form of cast-and-crew dismissal) were procedural shells around a hollowed-out core. See Chapter 23 for the full audit.

The Safety Meeting

The safety meeting is step 2 of the fourteen-step procedure, but it deserves its own chapter because it is the single most important opportunity to surface the concerns that precede most set accidents. A meeting that becomes a ritual rather than a working conversation is worse than no meeting at all, because it provides false reassurance.

Who Attends

Every crew member who will be on set, in any capacity, while the firearm is in use. This includes the camera crew, the lighting crew, the sound crew, the production design and props personnel, the script supervisor, the assistant directors, the stunt coordinator (if any), the on-set medic, the actors involved, and the director. The producer should attend if available; their absence is acceptable if they have delegated their presence to the line producer.

The meeting is conducted by the armorer. The armorer is the authority in the room for the duration of this meeting. The director and producer defer to the armorer here.

The Agenda

The Armorer's Authority

An armorer who cannot stop a take is not an armorer. They are a prop person with a fancier title. The role exists in the form it does because at some point in every production, the right thing to do is to halt the work, and the person who must be willing and able to halt the work is the armorer.

The Source Of The Authority

The armorer's authority comes from three sources: industry safety standards (the Industry-wide Labor-Management Safety Committee Recommendations, IATSE Local 44 guidance, OSHA general duty obligations); the contractual terms of their hire (a competent production explicitly grants the armorer stop-work authority in writing); and the implicit recognition that in a legal action following an injury, the armorer who did not stop the unsafe work will be found liable, and the armorer who did stop the unsafe work will be vindicated.

None of these sources require the producer's permission. None of them depend on the director's mood. The armorer's authority is, in the legal phrase, ministerial — it derives from the role, not from the personalities involved.

What Stop-Work Looks Like

When the armorer sees something unsafe — an actor with finger inside the trigger guard at the wrong moment, an unauthorized person moving into the muzzle line, the gun being passed to someone other than the actor, an ammunition discrepancy noticed mid-load — the armorer says one word. Stop. The take is halted. The actor lowers the firearm to a safe position. The armorer takes possession. The unsafe condition is corrected. Only then does the work resume.

The director may be unhappy. The schedule may slip three minutes. The actor's emotional preparation may be disrupted. None of those costs compares to the cost of not stopping when stopping was correct.

What An Armorer Who Cannot Or Will Not Use Their Authority Looks Like

They quietly tolerate procedural shortcuts to avoid friction. They allow the AD to declare a "cold gun" without performing the verification themselves. They leave the set when they should remain present "because the AD wanted them in another department for a few minutes." They train no one. They check no rounds. They allow the actor to put a finger on the trigger because the director wants the shot to look "more menacing." They are, in the technical sense of the term, an armorer in name only.

The armorer on Rust was, by all available evidence, an armorer in name only.

Chain of Custody and the Three Permitted States

"Chain of custody" is the legal phrase for an unbroken record of who had possession of an item, and when, and under what conditions. For evidence in a criminal case the term has a specific procedural meaning. For firearms on a film set, the concept is identical and the practical importance is greater, because a broken chain of custody on a firearm is the precondition for someone being killed.

The Three Permitted States, Again

From Chapter 3, Rule 5: every firearm on a set must, at every moment, be in one of three states. Restated for procedural clarity:

• State A — Active Use. The firearm is in the hands of the armorer or the actor (per the 14-step procedure), and the armorer is physically present and observing. The duration of this state is the duration of the take or rehearsal, plus the immediate lead-in and close-out.
• State B — Maintenance. The firearm is on the armorer's workbench, being cleaned, inspected, or repaired. The cleared condition is verified. The work is performed in a designated, restricted area. The armorer is physically present.
• State C — Locked Storage. The firearm is inside a locked container — a gun safe with a combination known only to the armorer, or a locked transport case with the same condition. The container is in a secured location. The firearm is cleared. The container is closed. The container is locked.

There is no fourth state. A firearm sitting on a prop cart is not in any of the three permitted states; it is in the unpermitted state of "lying around unsupervised," and a firearm in that condition is a firearm that has broken its chain of custody.

The Transitions

The transitions between states are the high-risk moments. When the firearm moves from storage (State C) to use (State A), the armorer must verify the cleared condition before loading. When the firearm moves from use (State A) back to storage (State C), the armorer must verify the cleared condition before locking. The verifications are not paperwork; they are the moments when a problem can be caught.

Case Study: Rust

Halyna Hutchins, October 21, 2021. I served as the firearms safety expert in this case. What happened, why it happened, and every rule it violated.

The Tragedy at Bonanza Creek

On October 21, 2021, Halyna Hutchins, the forty-two-year-old Director of Photography of Rust, was shot by a single-action revolver in the hand of actor and producer Alec Baldwin. The shot was fired during a blocking rehearsal — not even a take. She died at the University of New Mexico Hospital in Albuquerque at 15:37 the same afternoon, seventeen minutes after the air ambulance touched down on the helipad. I have been the firearms safety expert in all three legal actions arising from her death.

Where

The shooting occurred at Bonanza Creek Ranch, in Santa Fe County, New Mexico — a working film ranch where, by the time of the Rust production, at least one hundred thirty feature films had been shot. The roster of prior productions reads like a syllabus of the American Western: 3:10 to Yuma, All the Pretty Horses, The Ballad of Buster Scruggs, Butch Cassidy and the Sundance Kid, The Cheyenne Social Club, Cowboys & Aliens, Easy Rider, Lonesome Dove, The Man From Laramie, Silverado, Walker, Texas Ranger, Young Guns, and many more. Across all that filmmaking, with all that gunfire on camera, the Rust shooting was the first and only fatality at the property.

What She Was Doing When She Was Killed

Hutchins, as Director of Photography, was working out the composition of a shot. The director, Joel Souza, was beside her. The actor, Alec Baldwin, was facing the camera, holding a single-action revolver. Hutchins was directing Baldwin's movement — asking him to position the gun in various ways relative to the camera so she could see how the shot would frame.

This is the routine work of pre-production for any sequence involving a firearm on screen. The actor moves the weapon through the planned positions. The DP and director see how each position reads through the lens. They make adjustments. They lock the composition. Then, with the composition locked, they call for the take.

They never got to the take.

The Air Ambulance, The Hospital, The Time Of Death

After Hutchins was struck, she was treated at the scene by EMS personnel and airlifted to the University of New Mexico Hospital in Albuquerque. She was pronounced dead at 15:37 — seventeen minutes after the helicopter touched the helipad. She left a husband and a son. She was forty-two years old.

The Action — What Happened

The shooting occurred during a blocking rehearsal. Blocking is the pre-take process of establishing actor positions relative to one another, to props, to the camera, and to the lighting — so that the composition of the shot matches the creative intent of the director and the director of photography.

The Choreography

In this blocking, Baldwin was positioned facing the camera and was holding a single-action revolver. Hutchins, beside the camera, was directing him to move the gun into various positions to see how the framing read. Baldwin was instructed to cock the gun — that is, to pull the hammer back toward full-cock.

At some point during the sequence, the muzzle of the gun came to point in the direction of Hutchins. At that moment, the gun discharged. The round struck Hutchins in the chest, passed through her body, and exited into the shoulder of director Joel Souza, who was standing beside her. Souza was wounded but survived. Hutchins did not.

Baldwin's Account

Baldwin gave an extended interview to ABC News in which he stated, repeatedly and emphatically, that he did not pull the trigger of the gun. He said variations of this in many forms: "No, no, no, no, no. I would never point a gun at anyone and pull a trigger at them, never," and similar.

The photographic and video evidence from the scene that day, taken by other crew members during the blocking, clearly shows Baldwin with his finger inside the trigger guard and on the trigger. The FBI testing of the firearm, conducted on the actual gun, established that the gun in normal working condition could not be discharged without trigger pressure. The mechanical conclusion is that the trigger was pressed.

Chapter 22 explores why I believe Baldwin can sincerely hold his stated belief even while the mechanical conclusion is that the trigger was pressed. The short answer is that the trigger pull on a tuned single-action revolver is so light that a finger merely resting on the trigger can exert enough force to disengage the sear, and a person doing that may genuinely not perceive themselves to be "pulling" the trigger in the everyday sense of the word.

FBI Findings on the Firearm

The FBI Laboratory conducted exhaustive testing on the firearm involved — the F.lli Pietta Model 1873 SA Californian, in .45 Long Colt, Serial Number E52277, designated by the FBI as "Item 2." The testing established that the firearm was in normal working condition. Reading the FBI's conclusions is essential to understanding why the shooting was not a "the gun just went off" accident.

The FBI's Direct Quotations

From the FBI Laboratory Report:

"Item 2 is a .45 Colt (.45 Long Colt) caliber F.lli Pietta single-action revolver, Model 1873 SA (Californian), Serial Number E52277, which functioned normally when tested in the Laboratory. Item 2 contains ¼ and ½ cock manual safeties, which are intended to prevent slippage of the hammer during cocking and the release of the hammer by a normal pull of the trigger."FBI Laboratory Report, Case ID AQ-3514414

"Hammer at ¼ and ½ cock positions: With the hammer in the ¼ and ½ cock positions, Item 2 could not be made to fire without a pull of the trigger... This is consistent with normal operation for a single-action revolver of this design."FBI Laboratory Report

"Hammer at full cock position: With the hammer in the full cock position, Item 2 could not be made to fire without a pull of the trigger while the working internal components were intact and functional."FBI Laboratory Report

What This Establishes

1. The gun was not defective.
2. The intermediate safeties (quarter-cock and half-cock) worked as designed: in those positions, even trigger pressure did not release the hammer.
3. In the full-cock position, the gun could not be made to fire without pressing the trigger.
4. Therefore, the hammer fell, in the full-cock position, because the trigger was pressed. There is no other mechanical possibility consistent with the FBI's findings on a functional firearm.

The Armorer's Role

The armorer of the Rust production was Hannah Gutierrez-Reed, twenty-four years old. The Rust production was her second job as a head armorer — her first having been the Nicolas Cage Western The Old Way, on which she had been the subject of multiple safety complaints. On October 21, 2021, the day Halyna Hutchins was killed, the armorer was not on the set at the moment of the shooting.

Her Background

Gutierrez-Reed was hired as the head armorer on Rust with one prior film as head armorer. Her prior production — The Old Way, starring Nicolas Cage — had produced documented complaints from cast and crew during filming:

• She was reportedly the subject of numerous complaints while working as the armorer on her previous, and first ever, film.
• Nicolas Cage, the star of the film, reportedly yelled at her after she fired a gun without warning for the second time: "You just blew my f**king eardrums out!"
• A crew member from The Old Way said she had "put the cast and crew in several unnecessary and dangerous situations" before he reported she should be fired.
• In a podcast interview after that filming, she had publicly said she wasn't sure if she was ready to be a head armorer on a movie set.
• Two production sources claimed she had previously given a child actor a gun without checking it.

The Rust production hired her anyway, at what is reported to have been a discount rate, with knowledge of these issues.

Her Performance On Rust

Multiple prior incidents on the Rust set involving accidental discharges were reported by other crew members during the production but prior to October 21. The crew had walked off the set the morning of October 21 over safety and pay concerns — a different walkout, by camera crew, but indicative of the production atmosphere. The armorer was, on the day of the shooting, working a dual role: she had been assigned additional prop department duties beyond the firearms work, in violation of standard practice that the armorer be dedicated to firearms full-time when firearms are in active use.

At the moment Halyna Hutchins was killed, Gutierrez-Reed was not on the set. The firearm was not under her active supervision (Rule 5, State A failed). She had not verified the loaded contents in front of the actor before the gun was placed in his hands (14-step procedure steps 4, 5, 6, 7, 8 all failed). She was, in functional terms, not performing the duties of an armorer at the moment her armorer's duties would have saved a life.

The Second AD's Role

David Halls, the Second Assistant Director of Rust, picked up the .45 Long Colt revolver from a prop cart, declared "cold gun," and handed it to Alec Baldwin — without having personally checked the firearm and without the armorer present. Halls had no firearms training. He had no authority to handle firearms. He had a documented pre-Rust reputation for prioritizing schedule over safety. His actions on October 21 were a direct contributing cause of the death of Halyna Hutchins.

Halls's Background

Maggie Goll, an IATSE Local 44 prop maker and licensed pyrotechnician, gave a statement to CNN regarding Halls's prior conduct on the Hulu series Into the Dark:

"While working on Hulu's Into the Dark Anthology Series in February and May of 2019, Halls neglected to hold safety meetings and consistently failed to announce the presence of a firearm on set to the crew, as is protocol."Julia Jones, CNN

This was the reputation Halls brought to Rust. The producers of Rust hired him with that reputation. They assigned him to a production involving working firearms.

What Halls Did On October 21

The narrative, established in the criminal proceedings, is approximately as follows: the firearm was on the prop cart on the set, in violation of Rule 5 (not in any of the three permitted states). Halls picked it up. He did not check whether it was loaded — he had no training to do so, and even if he had, he had no authority. He announced "cold gun" — the standard set call indicating that the firearm has been verified inert — and handed the firearm to Alec Baldwin.

Within minutes, the gun discharged in Baldwin's hand and killed Halyna Hutchins.

The Criminal Disposition

In the criminal proceedings brought against Baldwin and Gutierrez-Reed, Halls cut a plea deal. He pleaded guilty to negligent use of a deadly weapon. He agreed to be a witness for the prosecution. Had he stood trial, in my professional opinion, he would have been found guilty of criminal negligence. His reckless behavior was a contributing factor in Halyna Hutchins's death, though not the proximal cause.

The Actor's Role

Alec Baldwin pointed the gun at Halyna Hutchins. His finger was inside the trigger guard. The gun discharged. These facts are established. Baldwin's culpability, distinct from the armorer's and the AD's, derives from his own actions in those moments — from what he knew about safety procedure, from what he should have known about the conditions on the Rust set, and from his decisions in spite of both.

What Baldwin Knew About Safety Procedure

In his ABC News interview, Baldwin described — in considerable detail — the procedures he understood for working with a competent armorer:

"The prop person would come and sometimes they would insist on demonstrating for you and the camera crew. They'd take the gun, if it was a contemporary gun, they'd show you the chamber. They'd show you the clip. They'd say, 'The gun is cold.' And you look at it and go, 'Thank you.'"Alec Baldwin, ABC News interview, December 2021

"What I was taught was, if I took a gun and I popped a clip out of a gun, or I manipulated the chamber of a gun, they would take the gun away from me and redo it. The prop person said, 'Don't do that.' And they'd say, 'We don't want the actor to be the last line of defense against a catastrophic breach of safety with the gun. My job,' they told me, 'My job is to make sure the gun is safe, and then I hand you the gun and I declare the gun safe. The crew's not relying on you to say that it's safe. They're relying on me to say that it's safe. When that person who was charged with that job handed me the weapon, I trusted them, and I never had a problem.'"Alec Baldwin, ABC News interview, December 2021

"There's one person that's supposed to make sure that what is in the gun is right, and that what's wrong is not in the gun. One person has that responsibility to maintain the gun..."Alec Baldwin, ABC News interview, December 2021

Baldwin's articulation of the correct procedure is correct. He understood, before the events of October 21, that one armorer must be responsible, that the armorer must verify the gun in the actor's presence, and that the armorer's verification is the basis on which the actor accepts the gun.

What Baldwin Did On October 21

Knowing all of the above, Baldwin accepted a firearm from an Assistant Director — not from an armorer — and proceeded to handle it knowing that the armorer was not present on the set. By his own subsequent description on the same Rust production:

"Hannah would hand me the gun 99% of the time, whatever, the preponderance of the time. But when we would say cut, if Hannah was away from the set, I would hand Halls the gun."Alec Baldwin, ABC News interview, December 2021

The phrase "if Hannah was away from the set" appears here as if it were a routine occurrence. By Baldwin's own account, the armorer was sometimes absent during firearms work on Rust. By his own articulation of correct procedure, this should not have been possible. He understood the procedure. He did not follow it. He worked under conditions that he himself, in the same interview, described as procedurally deficient — without halting work to demand that the armorer be present, without declining the firearm when it came from the wrong hands, without performing the verification that he had been taught to expect.

Baldwin's Contrast With Clooney

In the same ABC News broadcast, George Clooney's contrasting account of his own practice was shown:

"Every single time I'm handed a gun on a set, every time, they hand me a gun, I look at it, I open it. I show it to the person I'm pointing it to. We show it to the crew. Every single take. You hand it back to the armorer when you're done, you do it again. Everyone does it. Everybody knows it."George Clooney, in the same broadcast

Clooney's procedure is correct and is standard for experienced film actors. The actor's check is not — per Baldwin's own statement — the procedural primary, but it is an additional layer of safety that catches what the armorer might miss. Clooney does it every time. Everyone does it. Everybody knows it. Baldwin had a different protocol.

Baldwin's Protocol

Baldwin's response to the Clooney comparison, in the same interview:

"If your protocol is you check the gun every time, well, good for you. Good for you. I probably handled weapons as much as any other actor in films with an average career. Again, shooting or being shot by someone, and in that time, I had a protocol and it never let me down."Alec Baldwin, ABC News interview

Two observations on this. First: "it never let me down" — until it did, fatally, on October 21. Second: the only reason to deviate from proven safety protocols is if you have an even safer way to do something. If your safety protocol is based on luck, luck eventually runs out, and someone dies. Baldwin's "protocol" was based on luck. The luck ran out.

Why Baldwin Could Believe His Own Story

Baldwin has stated repeatedly that he did not pull the trigger. The FBI established that the gun could not fire without trigger pressure. These two statements appear contradictory. They are not, quite. There is a mechanical and perceptual explanation for how Baldwin could sincerely hold his belief while the trigger was nonetheless pressed. Understanding it is important — not to absolve him, but to understand the failure mode and how to prevent the next one.

The Correct Name For The Action

Before going further, a note on vocabulary. The correct verb for the action of operating the trigger is pressed, not pulled. The press is short. The press is light. The press requires very little finger motion. "Pulled" suggests a discrete, intentional, larger motion than the action requires.

I make this point because Baldwin's "I didn't pull the trigger" claim is built on the everyday connotation of "pull" — a deliberate, perceptible motion of the index finger drawing the trigger back. He may sincerely not have performed any such motion. He may also have nonetheless caused the trigger to release the sear, by a means I will describe in a moment. Both of these can be true simultaneously, and that is what I believe occurred.

The Normal Firing Sequence

A single-action revolver is fired by a two-step manual sequence:

1. The shooter pulls the hammer back to full-cock. This compresses the hammer spring, advances the cylinder to align a fresh chamber with the barrel, and engages the sear in the full-cock notch on the hammer.
2. The shooter presses the trigger. The trigger moves the sear out of the way. The hammer is released by the spring and falls forward, striking the primer. The gun fires.

This is the sequence Baldwin would expect. He cocks, then presses. He would notice his own press. If he didn't press, the gun wouldn't fire. Therefore — in his subjective experience — he didn't press, because the gun firing would be the result of a press he is sure he didn't make.

The Alternate Sequence That Produces The Same Result

Here is the mechanical fact that, in my opinion, explains the Rust shooting:

If pressure is applied to the trigger continuously while the hammer is drawn back and then released, the gun will fire on the release of the hammer.

The reason this works: the trigger holds the sear out of the way for the entire duration that the pressure is applied. When the hammer is drawn back, it cannot lock into the cocked position because the sear — which would normally catch in the cocking notch — is not in its locked position to catch. When the hammer is then released by the thumb, there is nothing holding it up. The hammer spring drives the hammer forward into the firing pin, and the gun fires.

This is the same mechanism that produces the rapid fire of "fanning the hammer" — the trigger is held in the pressed position continuously, and each release of the hammer by the off-hand chops produces a shot.

The Perceptual Failure

The pressure required to keep the sear out of the way is light. It is approximately the same pressure as the trigger pull weight — typically two to three pounds on a tuned single action. A person who has rested their index finger inside the trigger guard, in contact with the trigger, can easily be exerting that pressure without conscious awareness of doing so. The trigger has barely moved. The finger has barely moved. From the shooter's subjective standpoint, the finger has simply been "on" the trigger, and no "pull" has been performed.

If, while that pressure is being unconsciously applied, the shooter performs only the cocking action — drawing the hammer back and then releasing it, perhaps because they did not intend to fire and wanted to lower the hammer back to rest — the gun will discharge. The shooter, from their own perspective, has not pulled the trigger. They have only performed a hammer manipulation. They are wrong about the trigger, but the wrongness is in their perception, not in their honesty.

What This Explains, And What It Does Not

This explanation accounts for Baldwin's persistent and emotional insistence that he did not pull the trigger. He probably did not, in his subjective experience, perform a "pull." His finger was inside the trigger guard, exerting enough pressure to disengage the sear, and the gun fired when he released the hammer. From his standpoint that does not feel like pulling the trigger. From a mechanical standpoint, it is.

This explanation does not absolve him. Rules 2 and 3 of the universal safety rules — never point at anything you don't want destroyed, and keep your finger off the trigger until your sights are on target — exist precisely to prevent this failure mode. If Baldwin's finger had been indexed along the frame, above the trigger guard, the sear pressure could not have been applied and the gun could not have discharged this way. If the muzzle had not been pointed at Hutchins, the discharge — however it occurred — would not have killed her.

The Fourteen-Step Compliance Audit of Rust

In my expert witness report, I performed a step-by-step audit of the Rust production against the fourteen-step on-set handling procedure described in Chapter 12. The result was twelve failures out of fourteen. Reproduced here, in tabular form, is the audit.

Step 1 was nominally followed — the call sheet noted firearms. Of the remaining thirteen steps, none was performed. The deviation rate from standard safety practice was effectively total. This is what the failure of a production's firearms safety discipline looks like, audited line by line.

Distractions and Red Herrings

A number of theories and questions arose in the aftermath of the Rust shooting that, while emotionally satisfying or rhetorically convenient to one party or another, are not actually relevant to the cause of Halyna Hutchins's death. I list them here so that the reader does not get lost in them, and so that the reader can recognize them as distractions when they recur in future cases — which they will.

Distraction 1 — The Sabotage Theory

In the months following the shooting, there were suggestions in some media coverage that the live round might have been planted deliberately, as an act of sabotage against the production or against Baldwin personally. No evidence was ever presented to support this theory. The criminal investigation found no evidence to support it. The civil discovery produced no evidence to support it. Sabotage as a hypothesis is an attempt to relocate culpability to an unknown third party. The actual culpability — distributed among the armorer, the AD, the actor, and the producers — is established.

Distraction 2 — "How Did The Live Ammunition Get On Set?"

This is a question that has been asked repeatedly and treated as if its answer would resolve the case. It does not. There is ammunition in the world, and there is entropy in the world, and therefore live ammunition can end up anywhere. The protective measure against live ammunition entering a firearm intended for blanks is not "ensure no live ammunition is ever physically present on the set" — that is unenforceable in any practical sense. The protective measure is verification of every round before loading, on every load cycle. That measure works whether the live round arrived via carelessness, sloppy box-labeling at the vendor, or — to dispose of the sabotage hypothesis again — intentional placement.

It is analogous to a hospital asking "How did the bacteria get into the operating room?" after a surgical infection. The answer is: bacteria are everywhere. The relevant question is why the sterile-field precautions were not followed.

That said, the actual answer in the Rust case is also known. The armorer brought the live ammunition onto the set herself, unwittingly, in boxes that were supposed to contain only dummies. The vendor, Seth Kenney, was alleged (in Hannah Reed v. Seth Kenney) to have engaged in improper trade practices regarding labeling. The vendor allegation may be correct, but it does not relieve the armorer's obligation to verify every round before loading. Once boxes are opened, mixups can occur. Check the rounds.

Distraction 3 — "The Firearm Was Destroyed By The State"

Discussed at length in Chapter 18. The claim was made by Baldwin's defense counsel; the claim was false; the firearm was available throughout for examination by the defense. The defense did not produce a contrary expert analysis from the actual firearm. This particular claim was an attempt to undermine the evidentiary basis of the FBI's findings. It failed because the underlying claim was untrue.

Distraction 4 — "The Gun Must Have Malfunctioned"

The defense expert reports during the criminal proceedings made various assertions about possible mechanical anomalies. The FBI's testing, on the actual gun, established that the gun in normal working condition could not fire without trigger pressure, and that the gun's components remained intact and functional when tested. The "malfunction" theory required positing some unspecified failure mode that no laboratory testing could replicate. It did not survive cross-examination.

What Is Not A Distraction

The questions that do matter — that should be the focus of any review of the case and any prevention of the next one — are the procedural questions. Why was the armorer not on set? Why was the AD handling firearms? Why was the live ammunition not checked? Why was the actor handling the firearm with finger inside trigger guard, pointed at a person? Why were the producers, knowing the armorer's prior history, content with the staffing? Each of those questions has an answer, and each answer leads to a procedural lesson that can prevent the next death.

Conclusions

My professional conclusion, stated to a reasonable and very high degree of certainty based on my training and three and a half decades of safety work in the film industry, is that the life-ending injuries sustained by Halyna Hutchins are directly attributable to multiple failures by Alec Baldwin and by the producers and key personnel of the Rust production. Their failures to act to prevent injury, and their wanton disregard for safety in choosing not to follow the industry's universal standards, constituted both the contributing and the proximal cause of her death.

The Findings

The Rust production deviated, in virtually every possible way, from the customary and proper standard of care for the use of firearms on a movie set. The deviation was not a single incident; it was a culture of disregard that had developed over the production's duration and that had been called out by crew members in advance of October 21.

The factors that contributed directly:

• Disregard for the safety of participants, ongoing and documented.
• Improper selection of personnel — an inexperienced armorer with known prior issues, an AD with a prior reputation for skipping safety meetings.
• Inadequate training of cast and crew on safety procedures.
• Inadequate experience among key safety personnel.
• Lack of adherence to the established protocols of safe firearms handling on set.

These factors produced obvious, demonstrably dangerous conditions. Those conditions produced the death.

The Final Word

Willfully ignoring numerous specific guidelines — guidelines that have been thoughtfully developed over time by experts, written down, published, and made widely available — constituted a wanton disregard for safety that was, in my professional opinion, grossly negligent. Conduct of this kind could not manifest in other than a serious accident or fatality.

Halyna Hutchins did not need to die. Every contributing cause was preventable. Every protective measure was known and inexpensive. The production chose, repeatedly, day after day, to operate outside the procedures. The procedures exist because the alternative is what occurred on October 21, 2021.

Checklists & Quick References

Tear-out tools for working productions.
Print these. Laminate them. Carry them in the field.

Pre-Production Checklist

Most fatal set shootings have their roots not in the day of the shooting, but in the staffing and equipment decisions made weeks before the cameras rolled. The pre-production checklist exists to surface those decisions while they can still be corrected without costing anything. If you cannot answer yes to every item in this checklist before principal photography begins, you have a production that is structurally exposed to a wrongful death.

Personnel

Equipment

Documentation

Day-of-Shoot Checklist

The day-of-shoot checklist is the operating rhythm of a firearms shooting day. It begins when the armorer arrives on the lot and ends when the armorer locks the safe at end of day. Each item is a discrete action with a verifiable result.

Morning — Before First Crew Arrival

The Safety Meeting

Between Takes

End Of Day

The Armorer's Daily Checklist

The armorer's personal daily routine. This is the discipline that, performed every day, makes a long career possible without ever becoming the named defendant in a wrongful death suit. It is not glamorous. It is the trade.

The Actor's Personal Checklist

If you are an actor about to be handed a firearm on a set, this checklist is your personal protection. Some of these items are your personal responsibility regardless of what anyone else does. Some of them are checks you should perform even when the armorer is doing their job correctly. None of them will be resented by a competent armorer; a competent armorer will be relieved.

Before The Production

Every Single Time A Firearm Is Handed To You

While The Firearm Is In Your Hand

When The Take Ends

The Producer's Liability Checklist

If you are a producer reading this, the items in this chapter are not optional. They are the conditions under which your production is insurable, defensible, and survivable in the event of an incident. The pre-production checklist in Chapter 26 captures the staffing side; this chapter captures the producer-level structural decisions that no one else on the production can make for you.

The Hire

The Structure

The Insurance

The Cost-Of-Skipping Calculation

Child Safety at Home

The same rule-based handling that keeps a set safe keeps a home safe.

Securing Firearms Where Children Live

Everything in this book rests on one idea: a firearm is only as safe as the way it's stored and handled. That idea doesn't stop at the studio gate. The single largest category of preventable child firearm injury traces back to one failure, a gun a child could reach. Guns and unsupervised children don't mix, and the fix is the same standard the rest of this book runs on.

A curious child can find a gun in seconds, and a child can't tell a real firearm from a toy. Secure storage removes the access that almost every one of these incidents turns on.

Hiding Isn't Securing

A high shelf, a sock drawer, or the top of a closet isn't storage. Children climb, they explore, and they know the hiding spots better than you think. The only thing that stops access is a lock the child can't open.

The Secure Storage Standard

It's three steps, in order, every time.

1. Unload. Every firearm, every time. An unloaded gun can't fire by accident.
2. Lock. Store the gun in a safe, a lock box, or with a cable or trigger lock. A child can't reach what they can't open.
3. Separate. Keep ammunition locked in a different place from the firearm. Two barriers are better than one.

Choosing a Method

• Gun safe. The strongest option. It holds several firearms and resists both children and theft.
• Lock box. Fast access for one firearm, with a key or a quick code. Good for a defensive gun you want close.
• Cable lock. Threads through the action so the gun can't be loaded or fired. Often free from police departments.
• Trigger lock. Blocks the trigger. Use it as a second layer, not as your only lock.

What the Failure Costs

When a child reaches an unsecured gun, the result is measured in seconds and it can't be undone. Secure storage is tied to lower rates of firearm injury and death among young people. It's the single most effective thing a gun owner can do.

Teach Children What to Do

Storage is the first defense. A child who knows what to do if a gun ever turns up is the second.

The lesson is four steps, short enough for a young child to remember:

1. Stop. Freeze the moment you see a gun.
2. Don't touch. A gun isn't a toy and isn't yours to handle.
3. Leave the area. Walk away from the gun right away.
4. Tell an adult. Find a grown-up you trust and tell them.

Common Questions

Doesn't a locked gun defeat the purpose of home defense? No. A quick-access lock box opens in a second or two with a code or a fingerprint, so the gun stays ready for you and out of reach of a child.

My kids know not to touch guns. Isn't that enough? Teaching matters, but it isn't a substitute for a lock. Curiosity wins in the moment, and the lesson can't load a gun back into a drawer. Do both.

What if I keep the gun unloaded but not locked? An unloaded gun is safer than a loaded one, but a child can find ammunition and load it. Lock the firearm and store the ammunition separately.

Where can I get a lock? Many police departments and sheriff's offices give away cable locks at no cost. Gun safes and lock boxes are sold at any firearms retailer.

Could You Have
Done Better?

A two-question quiz.
If you answer both correctly, you would have prevented Halyna Hutchins's death.

Despite the dozens of safety procedure violations on the Rust set, the essence of the case comes down to a failure by the armorer, the AD, and the actor — collectively — to know the difference between a live round and a dummy round, and to check which was loaded into the revolver. While there is no end to what can be learned about firearms, ammunition, and safety, the knowledge required to have prevented the death of Halyna Hutchins could easily be learned and safely practiced by virtually anyone. No experience needed.

So presume that you are not an armorer or an experienced gun safety expert. Could you — or virtually anyone with a pulse and two brain cells — have prevented this tragedy?

Here is the quiz.

Question 1

Question 2

Which of the rounds pictured below is a dummy round?

Answers

Recommended Reading

Other books in the Wolf Safety Series and beyond.

This book covers the use of firearms on a film set in depth. It does not cover everything an interested reader might want to know about firearms safety generally, about personal defense, about other on-set safety practices, or about the broader context of the work I do. The books below are the companion volumes — written by me, and one (Deadly Hospital Mistakes) with a co-author. Each addresses a domain that the present book touches on but does not fully cover.

The Companion Volume

If you are a citizen who wants to apply the universal firearms safety rules to your own life — to carry a firearm responsibly for personal protection, or to keep a firearm in your home — the book that picks up where the universal rules in Chapter 2 of this book leave off is The Smart Citizen's Guide to Concealed Carry.

The Smart Citizen's Guide to Concealed Carry

For the responsible civilian gun owner. The universal safety rules, applied to lawful daily carry — from holster selection and draw mechanics, to the legal landscape of self-defense, to the after-action protocol following any defensive use of a firearm. The companion volume to the book you are holding.

The Wolf Safety Series & Other Titles

The other books in the series and my broader catalog address adjacent topics. Each is available through Amazon and through my websites listed in the About the Author section.

The Secret Science Behind Movie Stunts & Special Effects

How filmmakers create cinematic violence, explosions, fire, falls, and crashes — without anyone getting hurt. Companion reading for anyone working in production.

Bomb Recognition & Response for Civilians

What an improvised explosive device looks like, how to recognize one in the wild, and what to do (and not do) if you encounter one. Written for citizens, security personnel, and first responders.

Deadly Hospital Mistakes

With Stephanie Sea, M.D., and dozens of doctors and nurses speaking anonymously. Seventy-five tips to keep you from being one of the 250,000 Americans who die each year from preventable hospital errors. The fifth leading cause of death in the United States.

Other Works

Additional titles available through Amazon and book retailers:

• Lights, Camera, Safety (Editor) — the foundational text on production safety practices.
• A Day in the Life of a Stunt Person — for young readers; an introduction to the trade.
• Tactical Choices: A Manual for Safe and Effective Handgun Use — the curriculum used in my Tactical Choices firearms instruction school.
• A Producer's Primer in Action Sequence Filming — for producers and production managers running productions involving action.
• The Practical Effects Bible — companion volume to the present book. The complete operating manual for non-firearms practical effects on set: pyrotechnics, controlled fire, controlled crashes, controlled water, controlled debris.

The Author

Steve Wolf is a professional stunt, special effects, and firearms safety coordinator with thirty-five years of experience on hundreds of feature films, television series, and live performances. He has been consulted as the firearms safety expert in all three legal actions arising from the Rust shooting — the State of New Mexico criminal prosecution of Alec Baldwin, and both civil suits — and has a thirty-one-of-thirty-one trial record across his expert witness career.

The Work

Steve has provided firearms training, supervision, stunts, special effects, and safety coordination for Paramount Pictures, Disney, Warner Brothers, Columbia Pictures, ABC, CBS, NBC, FOX, PBS, HBO, Discovery, History, A&E, and Bravo. His film credits include The Firm, Cast Away, Colombiana, A Time to Kill, The Client, Spiderman, The Jungle Book, The Last Boy Scout, Do The Right Thing, Hustle & Flow, Fast Food Nation, Crocodile Dundee II, American Outlaws, and Chef. His television credits include David Letterman, Extreme Home Makeover, America's Most Wanted, Californication, Law and Order, One Life to Live, All My Children, Rescue 911, Houdini's Last Secrets, Ancient Impossible, What Destroyed the Hindenburg, Larry the Cable Guy, and Shipping Wars. He has worked on commercial campaigns and live productions for the Dallas Cowboys, Whitney Houston, Mariah Carey, Macklemore, the U.S. Secret Service, Nintendo, Mercedes, Chevrolet, Nike, AT&T, FedEx, and Yeti.

As a television host, Steve has fronted Houdini's Last Secrets on Discovery Science, Ancient Impossible on History Channel, Presidential Beast on Discovery, Curiosity: Hindenburg on Discovery, segments on Larry the Cable Guy for History, and Shipping Wars on A&E.

The Companies

Logos & Marks

Training, Licenses, and Certifications

Steve's qualifications, accumulated over thirty-five years of practice, span multiple disciplines:

The Expert Witness Practice

Steve's expert witness work spans dozens of cases in state and federal court — criminal and civil, plaintiff and defense — involving death and serious bodily injury. He carries a thirty-one-of-thirty-one trial record. He has worked on cases including:

Steve has worked as both plaintiff's and defendant's expert. He has testified in state, federal, criminal, and civil courts across the United States. He is paid only for his time, not for his opinion.

The Public Voice

In the year following the Rust shooting, Steve was the most-interviewed person in the world on the subject of the case. He appeared more than fifty times on major news outlets including CNN (five times), MSNBC (twice), FOX (twice), HLN, BBC (three times), NPR with Brian Lehrer, Newsy, NewsMax, NewsNation (three times), Dr. Oz, the Rachel Maddow Show, The Wrap, TMZ (twice), Entertainment Tonight, Inside Edition, the New York Post, the Joe Piscopo Show, KABC Radio, and CTV Canada (twice). His Firearm Training Video for Beginners has over nine hundred thousand views on YouTube.

"This is the best firearms intro I've ever seen. Complete, easy to follow, non-intimidating, and even fun to watch. Well done Steve Wolf (clearly a very experienced teacher)."— L.D. Johnson, on Steve's YouTube training video

Awards & Records

• Time Warner Cable Science Presenter of the Year
• Longest tandem zipline (world record)
• Most explosives safely fired on a person's body (world record)
• S.T.E.M. Presenter of the Year

Patents

Steve holds patents in firefighting and combustion safety, including:

• Advanced firefighting apparatus for forest fire suppression (U.S. Patent Application Pub. No. 2022/0362596 A1)
• Supplemental oxygen systems for combustion engines in low oxygen environments
• Portable flame suppression system for rapid wildfire attack

Contact & Web

Email: wolf.steve@gmail.com
Phone: (512) 653-9653