Drones & UAV
Fly Further. Fly Longer. Carry More.
Every gram of battery weight is a gram taken from payload. Every watt-hour of energy is more time on mission. For drone and UAV manufacturers, the battery defines the mission.
Conventional lithium-ion cells have reached their performance ceiling. Drone system builders are forced into trade-offs between flight time, payload capacity, and charging speed that better cells would eliminate entirely. At the same time, the threat of export controls on Chinese high-energy cells are creating supply chain risks that operators in surveillance, search and rescue, and commercial delivery cannot afford.
What LionVolt delivers
LionVolt cells offer a step-change in energy density over conventional lithium-ion, combined with strong power delivery and fast charge capability. More flight time, more payload, and faster turnaround between missions, in a cell that is designed and manufactured in Europe.
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Aviation & eVTOL
The Energy Density Electric Flight Demands.
Electric aviation does not compromise on safety or performance. eVTOL platforms, hybrid-electric aircraft, and electric regional aviation all share the same fundamental constraint: they need energy density levels that conventional lithium-ion chemistry cannot reach. And the validation timelines in aviation mean you need a technology partner who can grow with your programme.
Aircraft designers are making long-term bets on battery technology today. The wrong choice can delay certification, limit performance, and lock engineering teams into a platform that cannot improve fast enough.
What LionVolt delivers
LionVolt’s 3D anode architecture is built to reach the energy density targets that electric and hybrid-electric flight requires. Our technology is a platform that continues to improve, meaning your aircraft design benefits from ongoing performance gains without switching cell suppliers or redesigning around a new chemistry. Safety-first development and a European supply chain.
Light Mobility & Robotics
Further On Every Charge. Faster Back In Service.
E-bikes, autonomous delivery robots, and light electric platforms live and die by battery performance. Riders and fleet operators demand more range. Businesses demand faster turnaround. In both cases, the battery is the bottleneck. Today’s lithium-ion cells force light mobility and robotics companies to choose between range and weight, or between capacity and charging speed. Fleets with high daily duty cycles lose revenue every time a vehicle is docked and charging instead of earning.
What LionVolt delivers
LionVolt cells offer significantly more energy density than conventional lithium-ion, meaning either more range on the same pack, or a smaller and lighter pack for the same range. Combined with fast charging capability, our cells reduce downtime and increase the earning hours of fleets and platforms that depend on rapid turnaround.
Electric Vehicles
More Range. Faster Charging. Built For What’s Next.
The electric vehicle market is demanding more from battery cells than conventional lithium-ion can deliver. Consumers want more range. Fleet operators want faster charging. OEMs want higher energy density without increasing pack size or weight. Across passenger, commercial, and industrial applications, the bar keeps rising.
At the same time, the industry is navigating a growing dependence on Chinese cell manufacturing and raw material supply chains. For European and North American OEMs, securing sovereign, scalable alternatives is becoming a strategic priority.
What LionVolt delivers
LionVolt’s 3D anode architecture is being developed and scaled to meet the demands of the EV market. Our technology platform delivers a significant uplift in energy density over conventional lithium-ion and is designed for integration into existing cell manufacturing lines, enabling adoption at scale without new infrastructure investment. As our platform continues to advance in cycle life and power performance, early partners benefit from ongoing technology gains.
