With 40 years of experience in providing mobility and counter-mobility equipment to Armed Forces around the world, we have a world-proven ability to deliver against the most complex defence challenges.
From Newcastle upon Tyne in the UK, we are proud to be recognised internationally for our contribution to armoured vehicle programmes. We design products that help combat forces to defend, move and fight and to adapt quickly to maintain their battlefield advantage.
Building on our unrivalled heritage and expertise, we design and manufacture products and integrated solutions that push boundaries and improve mobility and protection. Products are provided as vehicle attachments which are optimised for specific combat engineering roles and can be configured to support the most challenging operational demands. We have enabled combat forces to breach minefields, to overcome explosive ordnance and to defeat and create obstacles. Designed to be configurable, interchangeable and to deliver freedom to manoeuvre, our products enhance armoured vehicle agility, tactical flexibility and adaptability.
Pearson Engineering are leading the way in the evolution of combat engineering capability for robotic combat vehicles and UAVs with next-generation solutions that enhance mobility, counter-mobility and survivability on the battlefield.
We work with a wide range of tracked and wheeled armoured vehicles, including robotic combat vehicles (RCVs). Drawing on Pearson Engineering’s long-standing history of delivering combat engineering equipment, RCV-Pioneer was designed to provide remotely controlled engineering capability to RCVs. The solution is a family of modular mission payloads which contain self-contained tools tailored to suit a specific mission, taking humans away from ‘dull, dangerous and dirty’ tasks and affording skilled personnel the time and safety to outwit adversaries in a remote and autonomous world.
Our products are proven on the battlefield and have been delivered against the most demanding challenges, including during urgent operational requirement.