Dart gun

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A Dan Inject Model JM air rifle with a tranquillizer dart Air rifle with tranquilliser dart.jpg
A Dan Inject Model JM air rifle with a tranquillizer dart

A dart gun is an air rifle that fires a dart. [1] The dart is tipped with a hypodermic needle and filled with a sedative, [2] vaccine [3] or antibiotic. [4] A dart gun containing a sedative is called a tranquillizer gun (also spelled tranquilizer gun, tranquilliser gun or tranquiliser gun), derived from the word "tranquil", which means "calm".

Contents

History

The modern dart gun was invented in the 1950s by New Zealander Colin Murdoch. [5] While working with colleagues to study populations of deer and wild goats introduced to New Zealand, he considered that killing the animals to examine them would be unnecessary if a dose of sedative could be administered by projection from afar. To that end, Murdoch went on to develop a range of rifles, darts, and pistols.

The first modern remote drug-delivery system was invented by scientists at the University of Georgia in the 1950s, and was the direct predecessor to the Cap-Chur equipment used worldwide for decades. [6]

In the early 1960s, a team in Kenya headed by Drs. Tony Pooley and Toni Harthoorn discovered that various species, despite being of roughly equal size (for example, the rhinoceros and the buffalo), needed very different doses and spectra of drugs to safely immobilize them.

Since 1967, hollow bullets with sedatives for immobilization of wild animals began to be used in the USSR. [7] In the first half of the 1970s, experimental 9×53mmR cartridges for immobilization of wild animals for 9mm "Los" bolt-action carbine and "flying dart" for 16 gauge shotguns were made and tested. [8] In the mid-1970s, "flying dart" for 12 gauge shotguns and experimental cartridges for immobilization of wild animals for the SPSh-44 pistol were made and tested. [9] In the second half of the 1980s, the standard tranquillizer gun in the USSR was a single-shot IZh-18M shotgun (a dart with a dose of sedative was fired with a blank cartridge). [10]

Characteristics

The dart, usually .50 caliber (12.7 mm)[ citation needed ], is a ballistic syringe loaded with a solution and tipped with a hypodermic needle. The dart is propelled from the gun by compressed gas, and it is stabilized in flight by a tailpiece consisting of a tuft of fibrous material. The needle may be plain or collared, with a barb-like ring to improve retention of the needle and syringe to assure that the full dose is administered.

Methods of driving injection upon impact include: gas compression, spring compression, explosive charge, or gas evolution reaction. [11] In one example, compressed air or butane in the rear of the dart pressurizes the solution, while the needle is capped to hold the fluid in place. Upon striking the target, the cap is pierced by the needle as it punctures the animal's skin. With the pressure released, the compressed gas pushes the solution out of the syringe and into the target (see diagrams from Veterinary Technician).

Agents

Several immobilizing drugs have been devised for use in tranquillizer darts. [12] If an animal is calm or in a position where it cannot attack, a slow-acting sedative will be used. These include:

If an animal is out of control, a fast-acting sedative will be used. These take between 2 and 8 minutes to take effect and include:

Antibiotics used in antibiotic darts vary by species.

Deer:

Fox:

Use on animals

A dart gun may be used to sedate a dangerous target from a safe distance, such as in the cases of dog catchers, wildlife officers, and poachers; to medicate a target, such as in the case of farmers and ranchers; or be used for both purposes, such as in the case of zookeepers and wildlife veterinarians.

Use on humans

Police and prison use

Tranquilizer darts are not generally included in police less-than-lethal arsenals because a human can easily be wrestled to the ground, the pain induced by the dart may cause a suspect to pull out a weapon or panic and run until they are far away resulting in the officer having to track down the unconscious suspect, [13] a human can have a deadly allergic reaction to a sedative, [14] and because effective use requires an estimate of the target's weight—too little sedative will have no effect, and too much sedative will result in death, which can lead to a lawsuit or being convicted of second-degree unintentional murder if the target is a human. "If you shot somebody that was small, it could kill them. If you shot somebody who was big or had drugs in their system, it might not do anything." says Newett, of the Justice Department. [15] Harold C. Palmer, president of the Palmer Chemical and Equipment Company, said he only knew of one case of a tranquilizer dart being used against a criminal. This was in 1961 in a prison in Athens, Georgia. A 220-pound prisoner went berserk and the guard shot him with a tranquilizer dart. Six minutes later, the prisoner lost consciousness. [16] The common method of subduing an inmate for cell extraction is to instead fill their cell with pepper spray. [17]

Criminal use

Tranquilizer darts are generally not used in kidnappings, rape, or theft because they would easily be detected in a public place such as a bar or restaurant. As "Drugged beverages are so much easier to conceal," explains Dr. Theodore Davantzis. [18] The only person who has been suspected to have used one criminally is Barry Morphew, who is suspected to have chased his wife around the house after shooting her with a tranquilizer dart and then murdering her before the drugs could take effect to prevent her from calling the police. [19]

Related Research Articles

The 5.6×39mm, also known in the U.S. as .220 Russian, is a cartridge developed in 1961 for deer hunting in the USSR. It fires a 5.6mm projectile from necked down 7.62×39mm brass. While it originally re-used 7.62x39 cases, once it became popular enough commercial ammunition started being manufactured, both in the USSR and in Finland. When it was introduced to the United States by SAKO it was stamped .220 Russian. Lapua later changed the designation to .220 Russian for the American market as well.

<span class="mw-page-title-main">9×53mmR</span> Rifle cartridge

The 9×53mmR rifle cartridge was designed for hunting in the USSR. It is a 7.62×54mmR necked up to accommodate a larger bullet.

<span class="mw-page-title-main">TOZ-34</span> Double-barreled shotgun

The TOZ-34 is a Soviet double-barreled shotgun.

The IZh-27 (ИЖ-27) is a double-barreled shotgun.

The IZh-54 (ИЖ-54) is a Soviet double-barreled shotgun.

The MTs 21-12 is a Soviet semi-automatic shotgun.

The IZh-12 (ИЖ-12) is a Soviet double-barreled shotgun.

The IZh-18 (ИЖ-18) is a single-shot, break-action shotgun.

The "Los" ("Лось") is a Soviet bolt-action hunting rifle.

The MTs 20-01 is a Soviet bolt-action shotgun.

The IZhK (ИЖК) is a Soviet single-shot, break-action shotgun.

The MTs 7 is a family of Soviet and Russian double-barreled high-quality custom hunting shotguns, combination guns and rifles.

The MTs 111 is a Soviet and Russian double-barreled high-quality custom hunting shotgun.

The MTs 30 is a family of Soviet high-quality custom hunting combination guns.

The IZh-58 (ИЖ-58) is a Soviet double-barreled shotgun.

The MTs 6 is a Soviet double-barreled high-quality custom hunting and skeet shotgun.

The TOZ-28 (ТОЗ-28) is a Soviet hunting combination gun.

The MTs 5 is a family of Soviet double-barreled high-quality custom hunting shotguns, combination guns and rifles.

The TOZ-250 (ТОЗ-250) is a Soviet double-barreled combination gun.

The TOZ-57 (ТОЗ-57) is a family of Soviet double-barreled high-quality skeet shotguns.

References

  1. What is chemical capture? Archived 2006-04-26 at the Wayback Machine
  2. Anaesthetics also used in dart guns Archived 2009-10-06 at the Wayback Machine
  3. Olsen, S.C (19 May 2012). "Immune Responses and Safety after Dart or Booster Vaccination of Bison with Brucella abortus Strain RB51". American Society for Microbiology. 19 (5): 642–648. doi:10.1128/CVI.00033-12. PMC   3346322 . PMID   22461528 . Retrieved 22 December 2020.
  4. | Veterinary Drugs & Dosages Table Archived 2022-08-28 at the Wayback Machine
  5. "NZ Edge Heroes biography of Colin Murdoch". Archived from the original on 2008-05-02. Retrieved 2013-03-14.
  6. Bush, Mitchell (1992). "Remote Drug Delivery Systems". Journal of Zoo and Wildlife Medicine. 23 (2): 159–180. JSTOR   20095205.
  7. С. Успенский. Обездвиживание - перспективный метод отлова животных // журнал "Охота и охотничье хозяйство", № 12, 1969. стр.14-15
  8. канд. биол. н. Ю. Герасимов. Обездвиживание животных // журнал «Охота и охотничье хозяйство», № 3, 1975. стр.14-15
  9. И. Новиченков, Н. Грошков. Наш способ обездвиживания животных // журнал «Охота и охотничье хозяйство», № 11, 1976. стр.24-25
  10. Э. Корепанов. Ижевские ружья: прошлое, настоящее, будущее // журнал «Охота и охотничье хозяйство», № 1, 1987. стр.26-28
  11. Chancey, Erin. "Remote Injection Systems". VetFolio. Retrieved 31 Dec 2018.
  12. Tranquillizer agents Archived April 26, 2006, at the Wayback Machine
  13. "Report on the Attorney General's Conference on Less Than Lethal Weapons" (PDF). 30 June 1988. Retrieved 28 February 2022.
  14. E. Hollister, Leo (1 July 1958). "Allergic Reactions to Tranquilizing Drugs". Annals of Internal Medicin. Retrieved 28 February 2022.
  15. Cabrera, Luis (30 July 2000). "Shooting Not to Kill: Police Are Turning to Nonlethal Weapons". The Washington Post. Retrieved 28 February 2022.
  16. "TRANQUILIZER GUN STUDIED BY POLICE; Weapon Might Replace Tear Gas to Halt Mad Animals or Violent Criminals TESTS PROVE ACCURATE Sedative in Dart Renders a Man Unconscious--Faster Reaction Is Desired". The New York Times. New York. 1963-11-06. Archived from the original on 2022-10-17. Retrieved 2022-10-17.
  17. Cole, Dennis (2007). "X-10 OC Extension Device". Tear Gas Resource. Retrieved 5 May 2023.
  18. Davantzis, Theodore. "Why don't criminals use tranquilizer darts instead of drugged beverages?". Health Tap.
  19. "Evidence in the Suzanne Morphew case". Colorado. 21 January 2022. Archived from the original on 2022-02-01. Retrieved 2022-10-23.

Further reading