Lynx (IFV)

Lynx (IFV)
source
Name	Lynx
Caption	Lynx infantry fighting vehicle
Origin	Germany
Type	Infantry fighting vehicle
Manufacturer	Rheinmetall Landsysteme
Produced	2016–present
Passengers	6–8
Length	7.6 m
Width	3.5 m
Height	2.5 m
Weight	38–50 t
Primary armament	30–35 mm autocannon (turret variants)
Secondary armament	coaxial machine gun, Rafael Spike ATGM or other
Engine	MTU diesel
Suspension	torsion bar
Speed	70 km/h
Vehicle range	500 km

Lynx (IFV)

The Lynx is a family of tracked infantry fighting vehicles developed by Rheinmetall through Rheinmetall Landsysteme as a modular, networked platform intended to replace Cold War-era designs such as the Marder (IFV) and to compete with contemporary designs like the Puma (IFV) and CV90. Designed for modern combined arms formations including units from Bundeswehr, US Army, British Army, and other NATO members, the Lynx emphasizes modularity, survivability, and digital integration for operations in environments similar to those encountered in Crimea Crisis, Donbas, and expeditionary deployments like Operation Herrick.

Development and Design

Development began after Rheinmetall identified capability gaps in tracked armored vehicles used by NATO and partner states, leveraging experience from projects such as the Boxer (armoured fighting vehicle), AS90, and technology tested on the Ajax (AFV) prototype. The design process involved collaboration with suppliers and institutions including MTU Friedrichshafen, Krauss-Maffei Wegmann, Daimler, Rheinmetall Electronics, and research centers linked to Fraunhofer Society and Bundeswehr University Munich. Concept demonstrations at trade shows like Eurosatory, DSEI, and IDEF showcased modular mission modules inspired by the Littoral Combat Ship modularity concept and the Modular Open Systems Approach promoted by NATO Allied Command Transformation.

Variants and Configurations

Rheinmetall offers Lynx in two primary baseline configurations: a reconnaissance-focused 8x8-inspired chassis and a heavier tracked IFV derivative marketed as Lynx KF41, with mission packages for command post, ambulance, recovery, and engineer roles. Customers can select turret systems including the Rheinmetall Mk30-2/ABM, the Rheinmetall RMK30, or integration packages for third-party turrets such as those by Kongsberg Defence & Aerospace, Denel Land Systems, and Elbit Systems. The modularity mirrors approaches used in the Stryker, Patria AMV, and Freccia families, allowing rapid conversion between infantry carriage, fire support, and anti-tank roles.

Armament and Protection

Primary armament options range from a 30 mm MK30-2 autocannon to 35 mm and 50 mm autocannon concepts influenced by developments in Bushmaster II and Bushmaster III weapon families; turreted variants accommodate coaxial machine guns and missile launchers such as the Spike (missile), Milan, or future orders from MBDA like the Teseo derivative. Protection is provided by modular ceramic and composite armor modules developed with partners including Diehl Defence and Rheinmetall Defence, and can be augmented with active protection systems from Rafael Advanced Defense Systems (e.g., Trophy (APS)), Elbit Systems (e.g., Iron Fist), or ADS NIMROD-class solutions tested in trials with armies including Israel Defense Forces and US Marine Corps. Mine and IED resilience is harmonized with standards used in MRAP programs and NATO STANAG 4569 protection levels.

Mobility and Electronics

Lynx uses an MTU diesel powerpack, automatic transmission, and torsion bar suspension enabling mobilities comparable to the Leopard 2 family and logistical commonality with systems supplied to NATO Allied Land Command. Electronics suite integrates battle management systems from Rheinmetall Electronics, situational awareness sensors, 360° cameras, laser warning receivers, and links to networks such as the FBCB2-class and NATO Federated Mission Networking architectures. Integration options include acoustic shot detection systems from BOFORS-type vendors, UAV control links compatible with platforms like RQ-11 Raven and ScanEagle, and navigation systems integrating INS/GPS and battlefield maps from NATO Allied Data Publication standards.

Operational History

Although introduced in the 2010s, Lynx entered service with prototype batches and demonstration units deployed for trials and exercises with forces from Germany, Poland, Canada, and the United States. It featured in multinational exercises such as Trident Juncture, Noble Jump, and bilateral training alongside units equipped with M1 Abrams and Leclerc (tank). Combat-proven lessons from conflicts like the Syrian Civil War and the Russo-Ukrainian War influenced iterative upgrades to protection, remote weapon stations, and sensor fusion packages.

Export and Operators

Rheinmetall marketed Lynx aggressively to NATO and partner states including bids for procurement competitions in Poland, Australia, Canada, and Finland. Operators and pledged orders have included smaller quantities for trial units in Germany and export agreements pending in discussions with ministries in Czech Republic and Romania. Competing offers from General Dynamics, Bae Systems, and Lockheed Martin shaped negotiation dynamics in procurement competitions influenced by industrial participation and offset agreements with entities such as ThyssenKrupp Marine Systems and Patria.

Future Upgrades and Modernization

Planned upgrades encompass integration of larger caliber turrets, hybrid-electric propulsion concepts developed with research partners like Fraunhofer, enhanced active protection suites interoperable with NATO Air Command and Control System, and deeper sensor fusion linked to unmanned systems including the MQ-1C Gray Eagle-class or loitering munitions developed by AeroVironment. Lifecycle modernization follows modular upgrade paths advocated by NATO Defence Planning Process and aims to maintain interoperability with formations using AH-64 Apache, Eurofighter Typhoon, and modernized artillery such as the PzH 2000.

Category:Infantry fighting vehicles Category:Rheinmetall vehicles Category:Tracked armoured fighting vehicles