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Beretta Position Concerning "Smart Gun" Technology

Friday, August 10, 2001

The following release was issued in January 1999 by Beretta in response to inquiries from news organizations regarding the feasibility of "personalized" or "smart gun" technology.

Beretta Announces Position Concerning "Smart Gun" Technology

January 4, 1999
As the leading designer and manufacturer of high-quality firearms in the world, Beretta has recently been asked by several news organizations about the feasibility and advisability of making handguns that include so-called "smart gun" technology or "personalized" internal locks. Beretta has considered this issue for several years and has concluded that existing design concepts of this type are neither advisable nor feasible. Although the concept of a "smart gun" or "personalized gun" has received public attention recently, we believe that careful consideration has not been given to potentially dangerous risks associated with these concepts. In our opinion, such technology is undeveloped and unproven. In addition, Beretta strongly believes that "smart gun" technology or "personalized" guns (hereinafter also referred to as "smart gun" technology) could actually increase the number of fatal accidents involving handguns. To understand our concern, it is necessary to first understand the purpose of "smart gun" technology. "Smart gun" technology was first seriously studied a few years ago in conjunction with law enforcement use. Approximately 17% of police officers killed in the line of duty are killed with their own firearms, usually when the gun is taken away during a confrontation. The Sandia National Laboratories and others have expended significant effort and funds in studying and trying to develop a gun which would not function when taken away from the police officer to whom it belongs. The resultant technology has been dubbed "smart gun" technology because of the notion that a police officer`s handgun would not fire unless it was being used by its owner. The fact that "smart gun" technology was developed for law enforcement use is significant because it is designed for a situation where the owner of the gun has a gun within their control and intends that it be loaded. Beretta has grave concerns about the suitability of such a device for home use for the simple reason that civilian owners of such guns, who would not currently do so, might believe that their weapon is now childproof and could leave their guns loaded and accessible to children, trusting the "smart gun" feature to prevent an accident. The current storage practice recommended by Beretta and all responsible firearm manufacturers, if a child is present or might gain access to a gun, is to unload the gun, lock it, and store the ammunition in a separate location. We believe that "smart gun" technology represents a step backward from this prudent storage practice. Devotees of "smart gun" technology have, in fact, touted the notion that the technology allows the owner to store their gun loaded. (One company which sells a type of mechanical lock actually prints "Lock It Loaded" on its packaging.) Amazingly, even the Center to Prevent Handgun Violence, which is the legal action arm of Handgun Control Inc., argued in a recent court case in California that internal locks should be included in handguns to allow owners to leave the gun locked and loaded, even if children might gain access to the gun. Support for the notion that a "childproof" gun could increase unsafe storage practices is found in a recent study conducted by a gun control organization which found that up to 11% of persons who do not now own a handgun would do so if they knew that their handgun was "childproof." Beretta`s concerns about this potentially risky situation might be assuaged if we knew that "smart gun" technology was reliable, but it is not. The Sandia National Laboratories study found that police officers rejected "smart gun" technology because it was unreliable. Similarly, Beretta has studied "smart gun" concepts for several years now and has found the designs currently under consideration to be potentially unsafe and unreliable. Examples of "smart gun" technology include handguns which have fingerprint sensors on the trigger which are coded toone person`s trigger finger print, revolvers in which a magnetic ring worn on the hand of an authorized user de-activates an internal locking mechanism, a semi-automatic pistol which only fires if it is in close proximity to a radio-frequency generating transponder, a revolver which operates only in response to a pre-programmed pressure from the hand of an authorized user, a handgun which is activated by voice recognition technology and combination locks built into the gun. If one carefully considers these devices, their limitations become immediately apparent. A lock which depends on reading fingerprints, for example, would not work with a gloved hand, requires exact placement of the finger on the trigger (which might be missed in a life-threatening confrontation), and prevents use of the gun with either hand or by more than one authorized user. Moreover, such a device would require the purchaser to travel to the manufacturing site in order to have the gun personally programmed. Voice recognition technology is unreliable, especially if the owner of a gun is being attacked and must try to match the normal speaking voice with which their firearm is familiar. Someone being stalked or a homeowner with an intruder present may also not want to reveal their location to a potential attacker by having to speak to their gun to get it to function. A handgun that must be programmed to an owner`s handstrength, again, would require factory programming and might not work when the owner`s handstrength was altered by duress or injury. Another concern is that a child with similar handstrength could still use such a gun. Magnetic devices are internal to the weapon. If, after use, the lock does not return to its "locked" position, this failure of the device is not apparent, thus leaving the gun unlocked when the owner believes it is locked. The magnetic rings used for these devices erase credit cards and cassette tapes. One police department in Ohio experimented with the devices and found that police officers routinely left their rings at home because they did not like them. Most troubling is the fact that the magnetic lock is non-discriminating, meaning that any magnet can release it. This means that a child could unlock and use the firearm using a magnet from their kitchen refrigerator. We understand that Colt`s Manufacturing Company has spent a considerable amount of money and effort during the past few years attempting to develop a "smart gun". In our opinion, that device, which is in the prototype stage only, is conceptually flawed. The Colt invention activates the firearm only if a radio transmitter is in close proximity. This would require that the owner of the firearms wear a radio transmitter at all times. Since 71% of all gun owners own more than one gun, these owners would have to wear several transmitters at all times, or one for each gun. If all transmitters were set at the same frequency to avoid this problem, the locking mechanism would suffer from the same problem as a magnetic lock, meaning that many people could activate it, including children who might gain access to extra transmitters. For both civilians and police, the use of a transmitter would mean that, if an attacker obtained your firearm, your proximity to the gun would, ironically, activate it, creating the very risk the invention was intended to avoid. It is important to note that Colt has recently stated to the public that their "smart gun" efforts are directed toward law enforcement use and not for use in storing a firearm in the home. All devices that use batteries -- whether it is the Colt device, the fingerprint identifier or the voice-recognition device --suffer from an additional problem. Most homeowners who have a gun for self-defense rarely fire that weapon. A handgun, for example, might be stored for years before it is needed to save someone`s life. If that gun depends upon batteries to activate the weapon, a serious question arises about the failure mode of the device. If the batteries fail and the gun cannot be activated, the homeowner who depends upon the weapon to save his or her life, may find that the gun does not work. If, on the other hand, the failure mode of the batteries leaves the gun unlocked, a homeowner might be relying on the batteries to keep the gun locked and safe, only to discover that a child can now use the gun without impediment. Internal mechanical locks, such as internal combination locks, require activation by the owner and, in that sense, are no different than existing externally applied locks. They suffer the disadvantage of being a part of the firearm, which means that the owner may not notice or may forget that the gun is unlocked and thus leave it accessible to children, believing it is safe. These concerns raise a further, serious point. No "smart gun", to our knowledge, has ever been subjected to real-life testing. It is unknown whether these devices will cause the gun to malfunction when it should not. It is unknown whether these devices will lock successfully every time. It is unknown whether these devices can withstand corrosion or exposure to the oils and solvents typically used to clean a firearm. We do know that oil will destroy electronics and we do know that these devices complicate the firearm in many significant ways. We also know that people rely upon firearms to protect their lives. The Fall 1995 Journal of Criminal Law and Criminology reports that firearms are used defensively 2.3 million times per year.(A subsequent National Institute of Justice study places the number of defensive uses at 3 million per year and a Los Angeles Times survey placed the number at 2.5 million defensive uses per year.) Many of these defensive uses involved warding off danger by simply displaying the gun, but in 15.6% of the defensive uses, the person using the gun stated that they "almost certainly" saved their life by doing so. This means, for every life lost in a firearm-related accident in that same year, 255 lives may have been saved through defensive gun use. (It should also be noted that most firearm accidents are hunting accidents or involve the owner of the firearm shooting themselves or another person, none of which would be prevented by "smart gun" technology or, for that matter, any lock.) For every accidental death, suicide or homicide involving firearms in 1994, 10 lives may have been saved through defensive gun use. Most importantly, these studies document the importance of firearm use in saving lives. A device that prevents or seriously impedes such use -- such as current "smart gun" concepts -- would cost more lives than it might save. It is also important to understand that every gun can already be locked. Trigger and cable locks are effective and have been used with firearms for decades. Lockable gun cases and cabinets have existed for centuries. Many of these locks are inexpensive and are readily available at sporting goods stores, hardware stores and retail firearm dealers. In 1997, Beretta and other major manufacturers of firearms, representing over 85% of all such products, voluntarily chose to begin providing locks or security devices with their handguns before the end of 1998. The fatal accident rate in the United States involving firearms is at its lowest level since 1903. This accident rate has declined almost 40 percent in the past 25 years alone and the decline in fatal firearm accidents has occurred in a century which has seen a four hundred percent increase in the number of firearms in circulation in the United States. Notwithstanding this remarkable record of safety, gun control advocates had urged that locks -- such as trigger locks -- be provided for guns by firearm manufacturers (rather than through existing retail channels). When the firearms manufacturers agreed to do so, the same advocates declared that the very locks which they had proposed were suddenly insufficient and that "smart gun" technology was now required. We believe that these proposals are not motivated by safety (they do not call for locks on shotguns or rifles, for example, even though these weapons are as frequently involved in accidents as handguns), but by the desire to make private ownership of handguns more difficult. The merits of that objective would provide the subject for a separate discussion, but irrespective of its political purpose, the call for "smart gun" technology suffers from technical and conceptual errors that could cost lives. The idea of a "smart gun" has appeal to the unwary and has been promoted by gun control advocates who have no technical understanding of firearms design nor, apparently, of the risks inherent in their proposals. Beretta trusts that politicians and voters who consider this issue carefully and objectively will agree that such devices should not be required in handguns.
For more information see our "Smart Guns" Fact Sheet.

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Established in 1975, the Institute for Legislative Action (ILA) is the "lobbying" arm of the National Rifle Association of America. ILA is responsible for preserving the right of all law-abiding individuals in the legislative, political, and legal arenas, to purchase, possess and use firearms for legitimate purposes as guaranteed by the Second Amendment to the U.S. Constitution.