UK-based electric propulsion specialist Everrati says technologies developed for electric vehicles are becoming fundamental to unmanned ground vehicles, unmanned aerial vehicles, and next-generation mobility platforms. The company, which operates its Powered by Everrati division as a B2B propulsion architecture provider, has already received industry inquiries for UGV applications, including from the mining sector.
Highlights
- UGVs first, UAVs next: Everrati views unmanned ground vehicles as a near-term technology transfer opportunity, with aerial applications to follow as aerospace-specific engineering disciplines mature.
- Partner ecosystem in place: Everrati works with Raeon, Helix, Motion Applied, and DASIS to deliver propulsion architecture across advanced mobility applications.
- Battery bottleneck addressed: Partner Raeon claims its FloLock and AnyVolt technologies can deliver bespoke, cell-agnostic battery systems in as little as 12 weeks.
- Cross-sector convergence: Formula 1 teams and defence contractors are increasingly drawing on the same EV-derived propulsion capabilities for rapid development cycles.
EV-to-Unmanned Vehicle Technology Transfer
Rhodri Darch, former Captain in the British Army and Co-CEO of Everrati, framed the expansion as a logical extension of the company’s propulsion work.
“Electric propulsion is no longer just about cars,” Darch said. “The technologies powering the EV revolution – from advanced motors to battery integration and software-defined capability – are becoming fundamental to unmanned and autonomous systems. But the pathway matters. UGVs are the natural first move for a company like ours: the technology transfer is close to a lift-and-shift, with a different set of operating requirements. UAVs follow, introducing additional constraints around weight and airspace, and demand a more aerospace-focused engineering discipline.”
The argument centers on shared underlying engineering: high-performance electric motors, battery integration, power electronics, and software-defined energy management. As the automotive industry shifts away from internal combustion, these capabilities are now in demand across defence, autonomous systems, and emerging mobility sectors.
Battery Development as the Enabling Factor
Dr. Andy Palmer, Founder of Palmer Automotive Ltd, pointed to energy density and intelligent battery management as the critical enablers for unmanned platforms.
“Batteries are a key enabling technology,” Palmer said. “In UAVs and advanced mobility, everything comes back to energy density, weight and control. If you can package more usable energy into less mass, and manage it intelligently, you unlock range, payload and reliability in one move. That’s exactly where electrification expertise translates – we’ve spent the last decade learning how to make batteries not just powerful, but predictable, scalable and safe. Apply that to UAVs, and you move from niche capability to operational utility.”
Everrati’s partner ecosystem reflects the breadth of engineering required to deliver integrated propulsion systems. Raeon’s proprietary FloLock and AnyVolt technologies support over 450 cell models and chemistries, from LTO and sodium to NMC and LFP. The company says its UK-based manufacturing provides supply chain resilience for partners in defence and UAV sectors where procurement continuity is critical.
Partner Capabilities and Sector Convergence
Helix, based in Milton Keynes, supplies electric motors and inverters developed in motorsport, aerospace, and defence environments. Motion Applied provides whole-system integration across motors, inverters, and batteries, with a focus on validation under real-world conditions. DASIS contributes inverter design and propulsion strategy expertise across the power electronics layer.
Tom Brooks, COO of Raeon, highlighted what he described as a persistent gap between software and hardware development timelines. “The demand for battery-powered mobility is hitting a development barrier,” Brooks said. “Software can improve in weeks, but battery development is still taking years. Our FloLock™ and AnyVolt™ technologies allow us to deliver bespoke battery systems in as little as 12 weeks, ensuring partners across defence, marine, robotics and EV platforms remain resilient and scalable.”
The press release also notes that Formula 1 teams are exploring adjacent sectors, drawn by the transferability of motorsport’s rapid development cycles to platforms where fast capability iteration is operationally essential. Everrati itself operates from Oxfordshire, within the UK’s Motorsport Triangle, and draws engineering talent from firms including Rimac and McLaren.
Everrati focuses on developing propulsion systems for integration into specialist platforms rather than designing entire vehicles. The company’s previous defense-adjacent work includes a partnership with Hobson Industries on electrified Land Rover vehicles for security and defense projects.
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