Long-running Brazilian anti-vehicle missile programme approaches end of tests
The Brazilian Army will conclude tests this year of a pilot batch of its 1.2 Anti-Vehicle Surface-Surface Missile System (MSS 1.2 AC).
This system has been developed by the army’s Technological Centre (CTEx) and its Assessment Centre (CAEx), in partnership with the Brazilian company SIATT (previously called Mectron), to provide enhanced protection against armoured vehicles and high firepower capacity.
The MSS 1.2 AC has a range of up to 2,000m. The 1.38m-long missile uses a laser beam-riding guidance system and can penetrate up to 600mm of Rolled Homogeneous Armour equivalent (RHAe). The system is operated by a crew of two
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
-
Laser weapon solutions are emerging as Europe confronts air defence cost imbalance
Europe’s air defence debate is increasingly shaped by the blunt economics of the field. While high-value interceptor missiles can effectively shoot down cheap drones, doing so at scale presents cost challenges.
-
ARX Robotics expands in UK following British Army backing for uncrewed platforms
Following an order from the British Army, ARX Robotics has begun manufacturing autonomous ground platforms in the UK. Christopher Foss examines the company's growing range of systems.
-
Textron unveils a smaller, low-cost variant of the Ripsaw family of UGVs
Ripsaw M1 has been designed to support the US Marine Corps’ littoral missions by carrying diverse types of payloads and performing multiple missions. Shephard spoke with Textron to find out more.
-
UK plans to adopt “phased approach to restarting” British Army Ajax programme
The introduction of Ajax vehicles into British Army service was stopped after health issues during an exercise. However, an investigation reported “no single causal mechanism of the symptoms reported by our soldiers but rather a combination of multiple factors”.