Войти

Transport and loading vehicle 9T260 of the self-propelled anti-aircraft artillery complex "Derivation-AIR defense"

3799
0
+2

As reported by the TASS news agency on February 2, 2021, the 9T260 transport and loading vehicle of the new 57-mm self-propelled anti-aircraft artillery complex 1K150 "Derivation-AIR DEFENSE" is capable of charging the combat vehicle of the complex at the forefront of the battlefield. This was reported to TASS in the press service of JSC "Research and Production Corporation "Uralvagonzavod "(UVZ, part of the state Corporation"Rostec").

Transport and loading vehicle 9T260 of the new 57-mm self-propelled anti-aircraft artillery complex 1K150 "Derivation-AIR DEFENSE", developed by JSC "Research and Production Corporation "Uralvagonzavod" (c) JSC " Research and Production Corporation "Uralvagonzavod"

"The transport-loading vehicle 9T260 is made on the chassis of a protected truck "Ural", equipped with an armored cab, body and fuel tanks. Thus, the vehicle can withstand the impact of 5.45-7.62 mm bullets and shrapnel, which represent one of the most serious threats on the battlefield," the press service said.

As noted in the UVZ, a trained crew of two people can load the machine's ammunition in 20 minutes.

The process of unloading ammunition from the transport and loading vehicle to the combat vehicle is maximally mechanized, which significantly reduces the reloading time and increases the survivability of the equipment, the UVZ reported. At the same time, it is possible to load two combat vehicles with ammunition.

As reported in the UVZ, one 9T260 is capable of simultaneously transporting almost 600 shells of 57 mm caliber, aerosol ammunition for setting smoke screens and more than 2 thousand rounds of ammunition.

The transport-loading vehicle, made on the basis of the armored "Ural", is one of the few protected means of support. Usually the Russian equipment of this class is carried out on the chassis of trucks "Kamaz" or "Ural".

A prototype of the 2S38 self-propelled anti-aircraft artillery complex 1K150 "Derivation-AIR DEFENSE" with a 57-mm automatic gun, developed by JSC "Uralvagonzavod Research and Production Corporation", is on display at the International Military-Technical Forum" Army-2018 "in the Patriot Park. Kubinka (Moscow region), 17.08.2018 (c) Mikhail Zherdev

The rights to this material belong to
The material is placed by the copyright holder in the public domain
  • The news mentions
Do you want to leave a comment? Register and/or Log in
ПОДПИСКА НА НОВОСТИ
Ежедневная рассылка новостей ВПК на электронный почтовый ящик
  • Discussion
    Update
  • 18.05 03:41
  • 2
BARS units will be created in Udmurtia to protect residents and factories from UAVs
  • 18.05 01:28
  • 1
NATO to put pressure on European arms manufacturers to increase investments (Financial Times, UK)
  • 18.05 01:17
  • 1
Лидер АдГ: Война на Украине представляет угрозу безопасности Германии
  • 18.05 01:03
  • 0
Комментарий к "Fighter Battle: Can Ukraine’s F-16s Defeat Russia’s Su-35 and Su-57?"
  • 17.05 21:45
  • 0
Комментарий к "Боевые самолеты России превзошли вооружение НАТО"
  • 17.05 19:59
  • 4
ОАК передала Минобороны России партию самолетов Су-57 с обновленным комплексом вооружения
  • 17.05 18:41
  • 6
В России появится собственный 90-нанометровый литограф
  • 17.05 13:01
  • 15822
Without carrot and stick. Russia has deprived America of its usual levers of influence
  • 17.05 04:04
  • 0
Комментарий к "ЗРК «Тор-М2» - в центре внимания западной военной прессы"
  • 17.05 02:58
  • 0
Комментарий к "Путина неверно поняли по поводу скорого завершения СВО. Вот что это значит (The Jerusalem Post, Израиль)"
  • 16.05 16:32
  • 1
Турецкий флот пополнил первый танкодесантный корабль нового поколения
  • 16.05 16:21
  • 2
Tactics of using long-range air-to-air guided missiles during their
  • 16.05 15:53
  • 1
Боевые самолеты России превзошли вооружение НАТО
  • 16.05 15:13
  • 1
Путин рассказал об укреплении технологического суверенитета России
  • 16.05 10:53
  • 2
UEC has introduced a highly efficient method for obtaining nanocomposite coatings for aircraft engine blades