Pantsir-S1M 8x8 Short Range Air Defense Missile System and SPAAG
This post is still being edited and will be changed as I gather more Information. Thank you.
In light of the changing landscape of short-range weapon systems, particularly the evolution of primary targets such as cruise missiles towards hypersonic capabilities and the curtailment of subsonic cruise missile production, KBP Design bureau has decided to develop a new generation Pantsir-S1M short-range air defense missile and gun system. The engineering solutions employed in this system meet all current and future requirements for countering modern air threats and exceed the capabilities of existing systems. The new Pantsir-S1M features high-velocity surface-to-air missiles with an engagement range of up to 30 km and altitude of up to 18 km, employing a curtain-type kinetic action warhead that creates a cloud of high-density fragments in front of the target upon receiving the uplink command. This provides effective engagement due to the kinetic hypersonic velocity imparted to the missile after lift-off, low deceleration during trajectory, and added velocity of the oncoming target, resulting in an ultra-high striking velocity.
The improvements to the Pantsir-S1M system are not limited to the introduction of a new SAM type. The control system has also been upgraded to enhance the efficiency of “standard” SAM employment, with up to four targets kept on fine tracking in radar mode.
In addition to the new SAM type and control system, the Pantsir-S1M combat vehicle also features a range of recently-designed sub-systems.
The Pantsir air defense system has its roots in the Soviet Union’s air defense program of the 1970s and 1980s. The original concept was to develop a mobile, short-range air defense system that could provide protection for ground forces against low-flying aircraft, helicopters, and unmanned aerial vehicles (UAVs).
The development of the Pantsir system began in the 1990s, with the first prototypes being tested in the early 2000s. The system was designed and developed by the Russian company KBP Instrument Design Bureau.
The Pantsir system consists of a combination of missile and gun systems mounted on a mobile platform. The system is equipped with a range of sensors, including a phased-array radar, electro-optical sensors, and a laser rangefinder, which provide comprehensive situational awareness and enable the system to detect and track targets at long range.
- Place of Origin: Russian Federation
- Users: Russian Federation, Serbia (two batteries on order)
- Designer Company: KBP Instrument Design Bureau
- Manufacturer: Ulyanovsk Mechanical Plant
- Crew: 3
- Cannons: 2A38M 30mm Auto Cannons
- Missiles: 95Ya6 (57E6-E), 57E6M-E (12 Missiles)
- Upgraded Missile Weight: 115kg from 98kg on the 57E6-E.
Missile Range: 57E6M-E - 30km (It can engage targets at altitudes of 15–18,000m and has a slant range of 1,200–30,000m)
57E6-E - 20km (15–15,000m altitude and 1,200–20,000m range)
Missile Speed: 57E6M-E - 1,700 m/s (The reduction in the length of the missile has enabled a larger booster to be fitted that increases its speed)
57E6-E - 1,300 m/s
- Barrels: Twin Barrel, Gast Principle
- Combined Fire Rate: 3,900 and 5,000 rounds per minute or 1,950 to 2,500 rpm individually.
- Belt Feed: Belt Fed, Single Belt Fed
- Muzzle Velocity: 960 m/s
- Ammunition types: HE-T, HE-I (fitted with a A-670 Fuse) and APT.
57E6M-E next to 95Ya6
SOTS search radar
The radar system, designed with a Janus nature by ESA, appears to be primarily aimed at generating track outputs at a much faster pace compared to the VNIIRT 2RL80/2RL80E, which was utilized in early production systems for the Russian PVO and export customers. Although the intended recipient of the system has not been revealed, the prototype vehicle’s desert camouflage suggests that it may be an export client from the Middle East. The improved tracking rate offered by this system would enhance the capability to track PGM targets, particularly the AGM-88 HARM/AARGM’s various versions.
General Radar information:
- Detection Range: 80km
- Coverage: 360°
- Target Engagement Speed: 1,000 m/s
- Search azimuth: 90° from 80° on the Pantsir-S1
- Target Detection: 40 incoming targets.
- Simultaneous Tracking: 4 targets from the 2 on the Pantsir-S1
This system includes two phased antenna arrays, two transceiving systems, and 2D electronic scanning in both elevation and azimuth, resulting in a search radar that offers the following capabilities:
- The use of sector-search mode has created an opportunity to detect ballistic targets more effectively.
- The detection range has been extended up to 80 km and the number of detected targets has been increased to up to 40 units.
- The PAA’s reliability has improved as a result of redundant basic components combined with the transceivers.
Tracking Radar: more Information needed
By increasing the surface of the PAA and boosting the transmitter’s power, the multifunctional tracking radar (TTR) offers:
- There is a 1.5-fold increase in the detection and acquisition range for a target with an RCS of 1 m2.
- The transceiver band has been doubled.
- There has been a reduction in target tracking errors.
- The system can perform simultaneous fine tracking of up to 4 targets.
The optronic system (OES) includes thermal imaging and TV channels, a laser rangefinder, TV auto-tracker, and an optronic sensor for localizing the surface-to-air missile (SAM). It enables automatic and semi-automatic determination of missile and target coordinates in the optical band, surveillance of the airspace, target search by the operator, and range measurement to the target. This system is capable of operating under conditions of reduced atmospheric transparency, with a performance range exceeding meteorological visibility by 5 to 10 times. As a result, the OES can detect targets and determine their front and side projections coordinates with a specified level of accuracy.
The workstations have been improved with console computers that offer enhanced ergonomics and functional capabilities for the mapping computer and imagery data recorder, replacing traditional displays.
The central computer has been upgraded with increased performance and extended memory capacity, and high-level language programming capabilities that enable data recoding.
The Pantsir-S1M system features an integrated multimode and multispectral radar-optical guidance system that operates in dm-, mm-, and IR-wavebands, providing high immunity to jamming and a significant increase in combat performance.
The mobile version of the system includes a combat vehicle (up to 6 in a battery) equipped with two types of surface-to-air missiles and 30-mm rounds, a transporting-loading vehicle (one per 2 combat vehicles), maintenance assets, and training aids.
The KAMAZ-53958 is a Russian-made 8x8 military truck designed for off-road operations in challenging terrain. The truck was developed by the KAMAZ company and is widely used by the Russian military and other armed forces around the world.
The KAMAZ-53958 is powered by a diesel engine and features a 8x8 drivetrain, which provides excellent traction and mobility on difficult terrain. The truck has a payload capacity of up to 6 tons and can be equipped with a range of military equipment and weapons systems.
The truck is designed for use in a variety of roles, including troop transport, cargo transport, and as a platform for mounting weapons systems. The KAMAZ-53958 has a modular design that allows it to be customized to meet the specific needs of different military units, and it can be fitted with a range of specialized equipment, including communication systems, navigation systems, and mine-resistant armor.
The KAMAZ-53958 is widely recognized for its reliability, durability, and off-road performance, and it has been deployed in a variety of military operations around the world
In-game: I want to make this clear that I am in no way suggesting the Pantsir-S1M to be added right now or in the near future, only when the game is ready for it. If the Pantsir-S1M gets added, it will offer the player 10km more in engagement range to the previous Pantsir-S1, it also offers better simultaneous search, quicker engagement time, tracking, better coverage and slightly better protection.
Difference between the Pantsir-S1M and Pantsir-SM : ThePantsir-SM has a 40km engagement range while the Pantsir-S1M has a maximum of 30km furthermore the Pantsir-SMs new missile (57E6ME) can travel at a staggering 2,000 m/s while the Pantsir-S1M is travels at 1,700 m/s.
The Pantsir-SM is also capable of a load of 48 smaller missiles (4 missiles per tube) and can engage drones out to 7km. Perhaps I or someone else can get around to a Pantsir-SM/Pantsir-SM-TBM soon
There’s a chance the Pantsir-S1M may also be capable of this.
I tried to cover as much as the basic upgrade information as I could, I would suggest checking out @CakeJuniorMan’s post on the Pantsir-S1 there is relevant information on his post.