Polaris selected for Canada’s ULCV contract
Polaris has been selected to provide its DAGOR vehicle for Canada’s Ultra-Light Combat Vehicle (ULCV) requirement, the company announced on 20 December.
The company will supply DAGOR vehicles, maintenance and operator training, and spare parts to Canadian Special Operations Forces Command (CANSOFCOM) under the USD$15.5 million contract. Options for additional vehicles are also included.
The DAGOR vehicles will be configured with a range of modifications to meet Canada’s requirements, including redesigned payload configuration, weapons mounts, electrical system improvements, and integrated communication systems.
The ultra-light combat vehicle is designed to be modular and light-weight to support a variety of expeditionary missions. The vehicle seats up to nine personnel, and can be internally transported on a number of in-service aircraft, including the CH-47 and C-130.
Related Equipment in Defence Insight
More from Land Warfare
-
![Canada’s Inkas to complete development of improved M1 MRAP in May]()
Canada’s Inkas to complete development of improved M1 MRAP in May
PT Sentra Surya Ekajaya’s P2 Tiger, the SCATA Mk1 and the Inkas M1 armoured personnel carriers are each built on the proven Celeris base, but all are still awaiting firm orders.
-
![Greece opts for PULS long-range artillery as demand for capability surges]()
Greece opts for PULS long-range artillery as demand for capability surges
Greece’s selection of PULS makes it the sixth European country to choose the system and follows Sweden’s plan to buy HIMARS and Norway’s selection of Chunmoo artillery systems. The diverse choices for a similar capability highlight demand and a desire for European industrial capacity.
-
![US Army calls for resupply platforms for the Mobile Tactical Cannon]()
US Army calls for resupply platforms for the Mobile Tactical Cannon
The US Army is interested in “innovative, flexible and efficient” capabilities for large-scale combat operations, as well as more agile approaches to improve efficiency and reduce ammunition transfer time.
