Oshkosh submits Robotic Combat Vehicle proposal
Oshkosh's proposal has been developed with Pratt Miller and QinetiQ. (Photo: Oshkosh)
Based on evaluations, up to four vendors could be selected by the US Army to build RCV prototypes by August 2024.
Oshkosh said its solution, developed with Pratt Miller Defense and QinetiQ, provided the ‘most mature and established’ RCV solution leveraging ‘leading-edge’ technology and manufacturing excellence.
Oshkosh chief programmes officer Pat Williams said: ‘The Oshkosh Defense RCV team is pleased to submit our proposal for Phase 1 of the RCV programme.
Related Articles
Academia teams with US Army on robotic combat vehicle research
US Army orders over 400 Oshkosh tactical vehicles
BAE Systems lands three-year US Army contract for precision weapons R&D
‘We remain committed to being responsive to the needs and requirements of the soldier to provide the most capable, reliable, and maintainable robotic platform.’
He added that the solution offered was ‘optimised’ to exceed performance requirements and was ready to meet the US Army’s programme schedule.
Related Programmes in Defence Insight
Related Equipment in Defence Insight
More from Land Warfare
-
Hungary set to begin using Hero 400 loitering munitions
Developed by Israel's Uvision and with systems being sold in the thousands to multiple European NATO countries and the US, the Hero family of loitering systems is also in production in the US and Italy, the latter through Rheinmetall.
-
Croatia orders Leopards and CAESAR howitzers as Lithuania orders more CAESARs
The Leopard is becoming the tank of choice in central and eastern Europe as Croatia joins Lithuania, the Czech Republic and Hungary in ordering the platform. Lithuania and Croatia have also signed for CAESAR howitzers.
-
Light Reconnaissance Strike – enabling a vital mission set (Studio)
A new system-of-systems concept will unlock digital integration of sensors and weapons for Light Forces, allowing them to shape the battlefield environment on their own terms and upgrade legacy platforms.