Kurganets-25

Kurganets-25
Vitaly V. Kuzmin · CC BY-SA 4.0 · source
Name	Kurganets-25
Origin	Russia
Type	Infantry fighting vehicle
Service	Prototype/testing
Manufacturer	Kurganets
Production	Prototype series
Weight	~25 t
Crew	3 + 8 passengers
Armament	30 mm autocannon, 7.62 mm machine gun, anti-tank guided missiles (variant)
Armour	Modular composite
Engine	Diesel
Power	~750 hp
Suspension	Tracked

Kurganets-25 is a Russian tracked infantry fighting vehicle family developed in the 2010s as part of a state-led modernization effort to replace Soviet-era BMP-2, MT-LB, and related platforms. Conceived within programs linked to United Engine Corporation, Uralvagonzavod procurement debates, and doctrinal reviews by the Ministry of Defence, the design emphasizes modularity, protection, and networked systems for combined arms formations such as Western Military District and formations influenced by lessons from the Russo-Ukrainian War and earlier Chechen Wars.

Development and Design

Development began under initiatives connected to the Armata family concept and procurement decisions led by the Russian Armed Forces and research institutes like the Kurganmashzavod design bureaus and affiliated Military Industrial Commission of Russia. Early prototypes were displayed alongside vehicles such as T-14 Armata and BMPT Terminator at exhibitions including the Army Forum and MAKS Airshow demonstrations where delegations from the Ministry of Defence evaluated modular platforms. The hull layout adopted a rear troop compartment and a front-mounted engine, contrasting with the layout of BMP-3 and following concepts used by foreign designs like the CV90 and Puma (IFV), reflecting influences from defense analyses conducted after encounters with NATO systems and theater experiences in Syria.

Variants

The family encompasses multiple variants intended to cover roles analogous to historical conversions such as the BTR-90’s derivatives and the Soviet-era practice of chassis reuse. Known demonstrators include a baseline infantry fighting vehicle, a command-and-control variant influenced by BM-21 Grad doctrinal integration, an armored personnel carrier variant compared against projects like BTR-T, and specialized prototypes carrying anti-tank guided missiles akin to systems seen on the 9P149 Shturm-S. Some proposals paralleled efforts producing reconnaissance versions comparable to BRM-1K and engineering vehicles following patterns from IMR combat engineering vehicle developments.

Armament and Protection

Armament options for the production-intent IFV featured unmanned turrets mounting a 30 mm autocannon and coaxial 7.62 mm machine gun, with provision for launching anti-tank guided missiles similar to models used on the BMD-4 and BMP-3M. Remote weapon stations drew comparisons to turrets from the Puma (IFV) and CV9035 families in terms of stabilization and munitions feed. Protection employs modular composite and explosive reactive armor packages reflecting technologies used on the T-90 and elements of BM Oplot upgrades, with emphasis on mine blast resistance and all-around ballistic protection inspired by studies from Central Scientific Research Institute of Precision Engineering and modular survivability trends illustrated by the MRAP class. Active protection system integration was trialed in configurations analogous to the Afghanit and Arena APS suites.

Mobility and Powerplant

Mobility is provided by a tracked chassis powered by a diesel engine in the 500–900 horsepower class sourced from suppliers within United Engine Corporation and linked supply chains like Klimov or Uralvagonzavod engine initiatives. The suspension and drivetrain resemble concepts from contemporary tracked IFVs such as the Bradley Fighting Vehicle modernization programs and the Type 99 mobility expectations, balancing strategic road movement with tactical cross-country performance tested at proving grounds including facilities near Kubinka and Alabino. Amphibious capabilities were incorporated in early prototypes similar to legacy BMP features, with buoyancy systems and waterjet options evaluated against standards set by the Soviet Army amphibious doctrine.

Electronics and Fire Control

Fire-control systems integrated thermal imagers, laser rangefinders, and panoramic sights comparable to suites found on the T-90MS and BMP-3M, linked to battlefield management systems analogous to GLONASS-enabled situational awareness tools and command networks used by Russian Ground Forces brigades. Communications hardware conformed to tactical data-link expectations similar to systems fielded in S-400-supporting formations and examples from the Ratnik program for soldier systems interoperability. Sensor fusion and crew interfaces adopted trends from Western platforms like the Leopard 2A7 FCS upgrades, emphasizing hunter-killer capability between commander and gunner stations.

Operational History

Operational deployment remained limited to evaluation units, trials, and public parades where prototypes were displayed alongside T-14 Armata elements. Field testing reportedly occurred within training centers associated with the Western Military District and in conditions reflecting lessons from the Syrian Civil War intervention, though large-scale serial production was delayed amid competing programs and budgetary decisions influenced by Sergei Shoigu-era procurement priorities. Reports of use in active combat zones have been intermittent in open-source military analysis, with observers comparing its role to transitional platforms between legacy BMP-2 fleets and newer generation IFVs.

Operators and Deployments

As of initial public displays and trials, operators consisted principally of test and evaluation units within the Russian Ground Forces and research establishments tied to Kurganmashzavod and the Ministry of Industry and Trade oversight. Export interest was sporadic in defense exhibitions where delegations from countries aligned with Russian procurement, such as delegations historically present from India, Algeria, and Vietnam, inspected prototypes, but no confirmed foreign procurement comparable to purchases of the T-90 or BMP-3 has been publicly confirmed.

Category:Infantry fighting vehicles of Russia Category:Tracked armoured fighting vehicles