We use cookies to ensure our website operates correctly and to monitor visits to our site. This helps us to improve the way our website works, ensuring that users easily find what they are looking for. To allow us to keep doing this, click 'Accept All Cookies'. Alternatively, you can personalise your cookie settings.

Accept All Cookies Personalise settings

Robotic Application Kit

Our Robotic Appliqué Kit (RAK) temporarily transforms vehicles into a high-performance robotic platform.

Operable in both unmanned and manned modes, RAK supports first responders and military personnel with dangerous missions while keeping them at a safe distance. RAK enables a safe standoff for route clearance and to investigate large, deeply-buried and vehicle-borne IEDs, land mines and unexploded ordnance. The system offers multiple autonomy packages and operates in all weather and environments. Designed specifically for the U.S. Army, Minotaur is a robotic Bobcat designed for a wide variety of military tactical missions including IED defeat, route clearance and delivery.

In August 2018, and in partnership with TORC Robotics and Critical Solutions International, QNA was selected by the U.S. DoD for the U.S. Army Route Clearance and Interrogation Systems (RCIS) Type 1 robotics program. The RCIS program will provide Army Combat Engineers with expanded capabilities for the High Mobility Engineering Excavator (HMEE) by converting the HMEE to an optionally-manned, semi-autonomous, robotic platform (R-HMEE) incorporating the third generation of RAK – RAK3. The RCIS Type I program is the first US Army unmanned ground vehicle program of record to leverage applique kit technology and autonomous control. Learn more about our next generation interoperable robotic applique kit – RAK-3.

Features and Benefits

  • Provides safety and support to military and first responders
  • Investigates buried and vehicle born IEDs, land mines and unexploded ordnance
  • Keeps operators away from danger
  • Combat and field proven
  • Transforms over 20 vehicle types into a high performance robotic platform

Contact us

Looking for more information? Click here for our contact form.

RAK