Patria plans for improvements to CAVS 6x6
Patria will buy back three of its own vehicles for further development. (Photo: Patria)
Patria will purchase three of its own pre-series 6x6 armoured vehicles from within the Finnish Common Armoured Vehicle System (CAVS) programme as part of an effort to improve the class of vehicle as series production is set to begin.
Additionally, Finnish Minister of Defence Antti Häkkänen has authorised the Finnish Defence Forces Logistics Command to start a serial procurement of heavy armoured personnel carrier 6x6 vehicles from Patria.
The purchase of the vehicles by Patria from the Finnish Defence Forces will allow the company to conduct further development, testing and marketing, and help with modifying the vehicle to meet the
Our news & analysis is now part of Defence Insight®
A Basic-level or higher Defence Insight subscription is now required to view this content.
More from Land Warfare
-
Northrop Grumman pushing ahead with smaller Integrated Battle Command System
Northrop Grumman’s Integrated Battle Command System is in service with Polish forces and is being introduced to US forces, with further development underway on the original platform as well as a smaller, more mobile system.
-
UK’s ground-based air defence effort remains in assessment phase after third industry day
The UK’s plan to introduce a new air defence capability into the British Army will cover short and medium-range defence as well as counter-uncrewed aerial system systems. Timelines are not yet laid out but industry is making plans.
-
K9 Thunder gains momentum across three key international markets
Recent activity across Australia, Norway and the US highlights Hanwha Defense’s expanding presence in a self-propelled artillery market reshaped by the demands of modern warfare.
-
Dominating the spectrum: ASELSAN’s EW capabilities take center stage at MSPO 2026
ASELSAN is showcasing its advanced electronic warfare (EW) capabilities at MSPO 2026, highlighting technologies designed to detect, analyse, disrupt and deceive threats across increasingly contested electromagnetic environments.