Ranzhir (Russian: Ранжир, GRAU designation 9S737 (Russian: 9С737); English: ranking) is a Soviet/Russian mobile command center for several types of Russian anti-aircraft weapons, such as Tor, Tunguska, Strela-10, Igla and Osa.

9S737/MP-22 UBKP Ranzhir E Battery Command Post / SA-13 / SA-15 / SA-19 / SA-22 The most common variant of the Ranzhir series of mobile command posts is carried on a tracked chassis derived from the MTLBu series.

The Ranzhir series of mobile command posts was originally developed for the PVO-SV to provide a tracked and hardened ADCP for batteries of point defence weapons, such as SPAAGs and SAM systems....

Ranzhir (Russian: Ранжир, GRAU designation 9S737 (Russian: 9С737); English: ordnance) is a Soviet/Russian mobile command center for several types of Russian anti-aircraft weapons, such as Tor, Tunguska, Strela-10, Igla and Osa. It is used for a mixed grouping of air defense forces.

Ranzhir-M 9S737М (Russian: Ранжир-М, GRAU designation 9S737 (Russian: 9С737М); English: ordnance) is a mobile command center for several types of Russian anti-aircraft weapons, such as Tor, Tungushka, Strela, and Igla. It uses the same chassis as Tor and Tunguska.

2020年2月5日 · 其基本编制是营，营指挥车是使用MT-LB装甲车底盘的9S737型，指挥4台9A331发射车 （由于集成度高，我军称之为发射站，车长也因此被称作站长，十分独特）。 再往上是导弹团，一个团直接下辖5个营，包括4个发射营和1个技术保障营，因此全团共计20辆发射车，160枚待发弹。 自打当年某期视频施佬提了一嘴之后，我军“道尔”的9S737指挥车画面突然就多了起来. 另外，每个发射营还有一个便携式导弹班用于掩护. 经过为时半年的努力，1997年， …

Mobile unified battery command post (MUBCP) “Ranzhir M1” (9S737МК article) is designed for combat actions automated control of anti aircraft subdivisions of AAD including composite units, parking and on the move within various geographic areas, under different climatic and meteorological conditions.

使用移动指挥中心Ranzhir或Ranzhir-M （ GRAU名称9S737，9S737月），Buk导弹系统允许建立包括Tor ， Tunguska ，Strela-100， Strela-10和Igla在内的混合空中国防军组。 “塞内兹”是另一个可选的命令帖子，用于免费混合任何系统。

2018年9月21日 · [W-Models]..基于MTLBU底盘庞大车族系的一员，道尔与通古斯卡防空系统的指挥中枢。 本来想基于TANKOGRAD的MTLBU做改制的，这下省事多了。 最后，出，必入.封面.

2020年10月25日 · 9S737 Ranżir – Wóz dowodzenia mobilnymi systemami obrony przeciwlotniczej szczebla baterii. Prace nad systemem rozpoczęto w 1981 r. w mińskim NPO Agat i przyjęto na uzbrojenie w 1989 r jako następca PU-12.