Everrati brings its EV propulsion expertise to next-gen unmanned vehicles

Everrati Automotive, renowned for converting classic cars into electric vehicles, is expanding its expertise into the realm of next-generation mobility platforms, including unmanned ground vehicles (UGVs) and unmanned aerial vehicles (UAVs). The company views electric propulsion technology as a crucial foundation not only for cars but for autonomous and unmanned systems as well. According to Co-CEO Rhodri Darch, the transition to UGVs represents a natural progression for Everrati, given the similarities in propulsion technology, while UAVs present additional engineering challenges related to weight and aerospace requirements. Central to these developments is the role of advanced battery technology, which remains a critical factor in enabling efficient and reliable electric propulsion. Dr Andy Palmer, founder of Palmer Automotive, emphasises that improvements in energy density, weight optimisation, and intelligent battery management are essential to unlocking greater range, payload capacity, and operational reliability for UAVs and other advanced mobility solutions. This expertise in battery design, honed over the past decade, is key to moving electric propulsion from niche applications to broader operational use. Everrati’s approach focuses on developing and integrating advanced electric propulsion systems rather than designing entire vehicles. Through its Powered by Everrati division, the company collaborates with a network of specialist partners, including motor manufacturer Helix, manufacturing expert DASIS, McLaren subsidiary Motion Applied, and bespoke battery builder Raeon. These partnerships enable rapid development cycles and tailored solutions that meet the demanding requirements of defence, marine, robotics, and electric vehicle sectors. Tom Brooks, COO of Raeon, highlights the challenge of battery development timelines, noting that while software can evolve quickly, battery innovation often takes years. Raeon’s technologies, such as FloLock and AnyVolt, aim to shorten this cycle significantly, delivering customised battery systems within 12 weeks. Meanwhile, Leighton King, Chief Commercial Officer at Helix, stresses the importance of high power density and compact design in electric motors and inverters for UAVs and advanced mobility platforms, drawing on experience from motorsport, aerospace, and defence sectors. Everrati’s expansion into unmanned vehicles signals a broader trend in electric propulsion technology, where expertise developed in automotive electrification is increasingly applied to diverse autonomous systems. This cross-sector innovation could accelerate the adoption and capability of UGVs and UAVs, with implications for defence, logistics, and other industries reliant on next-generation mobility solutions.