Wireless Power Solution for Military Drone Operations to be Advanced

Quaze Technologies has paired up with Rheinmetall Canada to advance the Drone Swarm Tactical OverWatch (DSTOW™), a remote charging solution for sustained autonomous surveillance and reconnaissance applications By William Mackenzie / 28 May 2024

Power Management Systems

Discover cutting-edge solutions from 6 leading global suppliers
SUPPLIER SPOTLIGHT
Follow DA

Developers of wireless power solutions for robotics, Quaze Technologies is working with Rheinmetall Canada to progress the Drone Swarm Tactical OverWatch (DSTOW™) from concept stage to product development. 

Wireless Power Solution for Autonomous Military Operations to be Advanced

Following a successful joint demonstration showcasing the DSTOW capability at DSEI 23, Quaze and Rheinmetall Canada have now elevated their collaboration, moving the DSTOW remote charging capability from a compelling concept to a fully operational product.

Mounted on the Rheinmetall Mission Master CXT Uncrewed Ground System (UGS), the DSTOW capability will see Quaze integrate its wide-surface wireless power transfer technology, realizing autonomous drone operations. 

Supported by Quaze Surface Power, the latest iteration of DSTOW provides an innovative autonomous operational solution. It is a gateway to sustained autonomy in surveillance and reconnaissance, reducing the human-machine ratio while bolstering the productivity and safety of soldiers. The ability to charge multiple drones simultaneously and wirelessly is set to mark a significant leap in operational efficiency and endurance. 

Quaze Surface Power transfer charges any robotic system in land, air and sea domains. The solution is able to cater to diverse power needs simultaneously, without the need for precise alignment. Its application beyond drone operations, to remove human intervention from recharging robots on the battlefield, will potentially be shaped by DSTOW.

The Quaze and Rheinmetall Canada partnership is aimed at responding to the changing landscape of warfare brought about by the proliferation of drone technology. Quaze state that its Surface Power Technology, with magnetic resonance capabilities, now stands at the forefront of the defense industry’s push towards untethered, cable-free power solutions.

Quaze add that, since its introduction at DSEI 23, DSTOW has captured the attention of defense specialists and technologists alike. The DSTOW promises a new era of persistent, autonomous surveillance and target acquisition. The forward-thinking demonstrator is now set to become an integral part of defense capabilities, enhancing the operational effectiveness of military forces globally.

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, agnostic of vehicle or platform, and removing the requirement to return to the pilot to recharge, means the potential autonomous applications in defence are vast – and DSTOW™ is leading the way.”

Alain Tremblay, VP of Business Development and Innovation at Rheinmetall Canada, added; “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.”

Posted by William Mackenzie Edited by William Mackenzie, Junior Editor and Copywriter practised in digital content creation and writing about defense and marine technology. Connect & Contact

Latest Articles

New Hybrid Solution for Long-Term GNSS-Denied Navigation

Advanced Navigation has demonstrated a major breakthrough with a Hybrid Navigation System designed for GPS-denied environments, combining a strategic-grade FOG INS with a laser velocity sensor

May 21, 2025
New muLTElink Features Improve Command & Control for UAS

uAvionix’s latest muLTElink software update enhances UAS connectivity with automated link management, improving resilience, reliability, and cost-efficiency in complex operations

May 21, 2025
Honeywell Unveils Resilient INS with Anti-Jamming Technology

Honeywell has launched its new HGuide o480 INS, delivering precise, resilient navigation with anti-jamming technology for compact unmanned systems operating in GPS-denied or contested environments

May 21, 2025
Trillium Gimbal Enhances Imaging for Launched Effects & Loitering Munitions

Trillium Engineering introduces the HD25-LV-C, a lightweight imaging system optimized for cost-constrained, expendable platforms like Launched Effects and loitering munitions

May 21, 2025
Advanced ISR Technologies Launched by SightLine Applications

SightLine Applications demos cutting-edge ISR advancements at XPONENTIAL 2025, featuring the ultra-compact 1710-OEM processor and the Athena AI-integrated 4100 board for enhanced edge-based AI and multi-stream video processing

May 21, 2025
GA-ASI Integrates Optix Software for USMC Weapons & Tactics Instructor Course

GA-ASI integrated the Optix software into the U.S. Marine Corps' Common Intelligence Picture (CIP), advancing ISR capabilities during the recent Weapons and Tactics Instructor (WTI) course

May 21, 2025

Featured Content

New Line of Kinetic-Capable Unmanned Surface Vessels Introduced

Red Cat Holdings enters the maritime autonomy market with a new line of combat-proven USVs, expanding its multi-domain unmanned systems for naval operations

May 20, 2025
Next-Gen Group 2 UAS Enters Production with Extended Endurance & Upgrades

Aurora Flight Sciences upgrades the SKIRON-X Group 2 UAS with greater versatility and tactical mission endurance, as well as announcing the hydrogen-powered SKIRON-XLE variant

May 13, 2025
Discover ANELLO’s SiPhOG™ for GNSS-Denied Navigation at XPO25

CEO of ANELLO Photonics, Dr. Mario Paniccia, will present at Xponential 2025 on the company's SiPhOG-based inertial navigation technology in GPS-denied and GNSS-contested environments.

May 09, 2025
Advancing Defense Capability Through Strategic Collaboration Defense Advancement works with major OEMs to foster collaboration and increase engagement with SMEs, to accelerate innovation and drive defense capabilities forward.