BAE Systems lands three-year US Army contract for precision weapons R&D
BAE Systems' current cannon-launched precision munitions include the 155mm BONUS round used by Finland, France, Norway and Sweden. (Image: BAE Systems)
The US Army's Combat Capabilities Development Command Armaments Center (DEVCOM AC) has awarded BAE Systems a three-year contract to continue R&D work on precision-guided munitions (PGMs) to support the army’s long-range precision fire modernisation.
'We have invested heavily to innovate and develop a highly manoeuvrable long-range fires capability that will support soldiers on the battlefield by providing lethality against high-value targets,' said Brent Butcher, VP and GM, Weapon Systems, at BAE Systems. 'We look forward to partnering with DEVCOM AC to continue to advance precision-guided munitions and find the best long-range precision fires solution for the US Army.'
Under this latest contract, BAE Systems will team with DEVCOM AC to advance the capabilities of precision cannon-fired munitions to defeat fixed and moving targets in GPS-degraded or -denied environments at twice the range of existing cannon-launched PGMs.
Related Articles
US Army orders Precision Strike Missiles
BAE Systems reveals details of next-generation artillery ammunition
More from Land Warfare
-
Lithuanian 1st Division to achieve initial operating capability in 2026
Lithuania is one of the countries stepping up its defences in the face of the war in Ukraine with a particular focus on its neighbour and Russian ally Belarus, which has been making incursions into Lithuania’s airspace with balloons and drones.
-
Medium knocked out of British Army LMP, with CAVS as heavyweight champion
As the British Army seeks to modernise and consolidate its diverse vehicle fleet, yet another change in direction is underway.
-
Energy evolution: How laser defence systems are powering the next phase of air defence (podcast)
Laser-based air defence is moving from promise to deployment as global threats evolve. In this special podcast, we explore how high-energy laser systems are reshaping interception strategies.