Following a successful demonstration at DSEi 23, the collaboration between Quaze and Rheinmetall Canada has progressed, moving the DSTOW™ capability from a concept to a fully operational product. This advancement has garnered significant attention from defense specialists and technologists, heralding a new era of persistent, autonomous surveillance and target acquisition. The demonstrator is poised to enhance the operational effectiveness of military forces globally.
Quaze’s Surface Power Technology, utilizing magnetic resonance capabilities, is at the forefront of the defense industry’s move towards untethered, cable-free power solutions. The latest iteration of DSTOW™ offers an unparalleled autonomous operational solution, enabling simultaneous and wireless charging of multiple drones. This development marks a significant leap in operational efficiency and endurance, reducing the human-machine ratio and enhancing the productivity and safety of soldiers.
The partnership between Quaze and Rheinmetall Canada aims to address the evolving landscape of warfare influenced by the proliferation of drone technology. Quaze’s Surface Power transfer can charge robotic systems across land, air, and sea domains, catering to diverse power needs without the need for precise alignment. This capability promises to extend beyond drone operations, potentially revolutionizing the recharging of all robotic systems on the battlefield.
Alain Tremblay, VP of Business Development and Innovation at Rheinmetall Canada, stated, “We are delighted to sign this contract with Quaze Technologies to continue developing a pioneering technology and bring a product to market that delivers autonomous and continuous drone operations. It is a ground-breaking technology that will revolutionize the deployment of drones and both parties are committed to unlocking its true potential.”
Xavier Bidaut, CEO of Quaze Technologies, commented, “This contract is a significant milestone for us at Quaze, and we are proud to have the opportunity to continue building upon our successful collaboration with Rheinmetall Canada. Developing the capability to access energy, regardless of vehicle or platform, and eliminating the need to return to the pilot to recharge, means the potential autonomous applications in defense are vast – and DSTOW™ is leading the way.”