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| CV9035NL | |
|---|---|
| Name | CV9035NL |
| Origin | Netherlands / Sweden |
| Type | Infantry fighting vehicle |
| Service | 2009–present |
| Used by | Royal Netherlands Army |
CV9035NL is a Dutch variant of the Swedish Combat Vehicle 90 family produced through collaboration between BAE Systems Hägglunds, the Royal Netherlands Army, and Nederlandse industriepartners. It combines a high-velocity 35 mm Bushmaster III autocannon, enhanced protection, and advanced fire-control systems to meet requirements refined during post–Cold War operations, NATO interoperability initiatives, and expeditionary commitments to Afghanistan and NATO-led missions.
The CV9035NL originated from cooperation among BAE Systems, Hägglunds, Netherlands Ministry of Defence, and Dutch firms such as Damen Group, Rheinmetall Defence Netherlands, and Fokker Technologies. The program drew influence from experiences in the Bosnian War, Kosovo War, and lessons formalized by NATO doctrines including NATO Standardization Office guidance and exercises like Trident Juncture and Cold Response. International industrial partners included Patria, Kongsberg Defence & Aerospace, General Dynamics, and Thales Group for sensors and communications integration. Design choices reflected findings from studies by RAND Corporation, analyses by Jane's Information Group, and procurement frameworks influenced by the Acquisition Reform Act milieu and European Defence Agency initiatives. Armor layout and survivability concepts referenced standards set by STANAG 4569 and testing regimes conducted at facilities like Defence Research and Development Canada and FOI (Sweden). The turret accommodated the 35 mm weapon to comply with NATO stationing in Afghanistan, interoperability with systems from United States Army units, and integration with Dutch C4I systems exemplified by NATO BMS and links to platforms like CV90 Swedish IFV, Leclerc logistics coordination, and combined-arms tactics seen in exercises with German Bundeswehr and British Army units.
The vehicle uses a tracked chassis developed by BAE Systems Hägglunds with a powerpack concept influenced by engines from Caterpillar Inc., transmissions comparable to Renk, and suspension ideas paralleling Milrem Robotics research. The primary armament is a 35 mm Bushmaster III autocannon produced under license by Northrop Grumman Innovation Systems partners and integrated with a turret by Rheinmetall Defence. Fire-control components include electro-optical sights from Thales Group, laser rangefinders akin to Safran Electronics & Defense, and ballistic computers similar to systems used by Lockheed Martin and Leonardo S.p.a.. Protection levels meet STANAG 4569 ballistic and mine-blast criteria, augmented by add-on armor modules inspired by Davidson Technologies and reactive options tested in programs with BAE Systems Global Combat Systems and BAE Systems Land Systems. Mobility features integrate communications suites compatible with NATO SATCOM networks, battlefield management from Raytheon Technologies software paradigms, and IFF systems interoperable with assets like F-16 Fighting Falcon and Eurofighter Typhoon. Crew ergonomics reflect standards set by Occupational Safety and Health Administration-influenced guidance and instrumentation layouts common to vehicles procured by Royal Netherlands Army and counterparts in Norwegian Armed Forces and Swedish Armed Forces.
Adaptations include command-post versions following concepts used in M-113 modernization, ambulance conversions influenced by AMV ambulance modules, and engineering variants similar to those derived from M113 and FV432 families. Integration trials evaluated remote weapon stations comparable to RWS Protector by Kongsberg and anti-tank guided missile modules akin to Spike or Javelin mountings. Modular mission kits drew from design philosophies used in Patria AMV and Boxer family programs, with logistics and recovery versions mirroring capabilities in M88 Hercules and Armoured Recovery Vehicle programs. Electronic warfare and counter-IED suites followed patterns established by systems used by US Army Stryker units and tested in coalition operations coordinated with ISAF frameworks.
Units equipped with the vehicle deployed in NATO rotational forces and participated in collective training with German Bundeswehr, British Army, Norwegian Armed Forces, and Danish Defence contingents during exercises such as Trident Juncture, Steadfast Jazz, and Cold Response. The platform supported Dutch contingents previously engaged in ISAF operations in Afghanistan and operations in Mali under Operation Barkhane coalition frameworks for training and force protection. Lifecycle support arrangements were arranged with industrial partners based on precedents set by sustainment contracts for Leopard 2 fleets and logistics models used by NATO Support and Procurement Agency (NSPA).
Primary operator is the Royal Netherlands Army, with procurement decisions influenced by comparisons to ASCOD and Boxer families during national capability studies conducted by the Netherlands Defence Materiel Organisation (DMO). Export interest and industrial discussions involved companies from Sweden, Finland, Norway, Denmark, and firms like Patria, Nammo, and Babcock International in offset and industrial participation talks. Procurement processes referenced EU defence procurement directives and intergovernmental arrangements seen in acquisitions for KMW platforms and bilateral logistics agreements with Germany and United Kingdom partners.
Modernization initiatives mirrored upgrade paths used by CV90 operators and included sensor suite enhancements inspired by systems from Thales Group, Elbit Systems, and Rafael Advanced Defense Systems; integration of active protection systems analogous to Trophy and Iron Fist; and digitization projects aligned with NATO BMS and programs from BAE Systems and Lockheed Martin. Plans evaluated engine and drivetrain improvements comparable to retrofits on Leopard 2 and M1 Abrams, and communication upgrades to maintain interoperability with NATO command networks and coalition partners.
Comparable vehicles include the CV90 Swedish IFV, Puma (IFV), ASCOD, Boxer (armoured fighting vehicle), M2 Bradley, Warrior (IFV), and Patria AMV. Influence extended to procurement debates in several European ministries of defence and industrial collaborations involving BAE Systems, Rheinmetall, Patria, and Kongsberg, shaping design choices for medium-weight tracked IFVs and cooperative logistics models used across NATO partners.
Category:Infantry fighting vehicles