BAE and Iveco to develop new USMC amphibious vehicle variants
BAE Systems and Iveco Defence Vehicles have jointly been awarded a $67 million contract modification by the US Marine Corps to develop new variants for the Amphibious Combat Vehicle (ACV) family of vehicles.
In order to enhance battlefield situational awareness and firepower for the USMC, they will design and develop the command (ACV-C) and 30mm medium caliber cannon (ACV-30) variants of the vehicle.
The ACV-C incorporates seven work stations to provide situational awareness and control, while the ACV-30 integrates a 30mm cannon to provide the lethality and protection the USMC needs while also leaving room for troop capacity and payload.
BAE was previously awarded a low-rate initial production contract in June 2018 for the personnel variant (ACV-P), and the marine corps has announced that the ACV has successfully completed anticipated requirements testing, and it would no longer be pursuing a previously anticipated incremental ACV 1.1 and ACV 1.2 development approach.
The programme is now known as the ACV family of vehicles, which includes the multiple variants.
Related Equipment in Defence Insight
More from Land Warfare
-
Still no clarity on the future of the British Army’s new wheeled artillery system
The UK donated its AS90 155mm/39cal tracked self-propelled howitzers to Ukraine ahead of planned retirement and bought Archer platforms to fill the gap. Eventually RCH 155s were ordered but the procurement effort remains under a cloud.
-
Analysis: British Army Ajax in service after problematic delivery – but what now?
The Ajax has finally rolled into place and achieved what the UK Ministry of Defence describes as Initial Operating Capability. With the production line for UK contracts only going to the end of the decade, what’s next?
-
Rheinmetall looks to international partners as its sales grow
Rheinmetall has been riding high for several years as countries look to buy artillery and budgets boom.
-
Levelling up – how autonomous fire control tackles unmanned lethality head-on
As autonomous weapon systems proliferate, it is now essential to use the same core technologies to counteract and neutralise them.