en.Wedoany.com Reported - ERC Systems has launched the dual-purpose heavy cargo drone system "Victor," designed for critical missions in defense, commercial logistics, and disaster response, enabling unmanned aerial logistics with payloads exceeding 200 kilograms without relying on infrastructure.
Victor made its public debut at the ILA Berlin 2026 air show, with a design capable of transporting payloads up to 250 kilograms over a distance of 300 kilometers at a cruising speed of 250 km/h. The aircraft features a lift-cruise configuration, allowing vertical takeoff and rapid forward flight using its wings, enabling access to sites with limited infrastructure while offering higher speed, greater range, and faster cargo throughput than pure multirotor designs.
Maximilian Oligschläger, Chief Commercial Officer of ERC, stated that over the past 18 months, the company has received numerous requests from military and civilian operators to apply the experience gained from building Europe's heaviest unmanned eVTOL, "Romeo," to heavy cargo drones. The team combined technical expertise from the ongoing manned "Charlie" project with in-depth insights from operators to develop the Victor platform. "High payload, long range, fast cruise speed, and operational flexibility are paramount. Victor integrates these features into a single platform, and its versatility will support numerous critical mission profiles."
A common challenge facing military decision-makers across Europe is the lack of available unmanned platforms capable of transporting payloads over required distances and speeds to adequately support frontline military units. When ground transport is obstructed and manned aerial transport poses excessive risk, no alternative currently exists. Victor can transport up to two pallets and deliver payloads via cargo airdrop, eliminating the need to land in unfavorable environments.
ERC has set 2028 as the target for initial deliveries. Oligschläger added that with six years of experience building Europe's heaviest electric aircraft, combined with strategic partnerships focused on industrialization, the company is well-positioned to help rapidly fill this gap. Beyond defense logistics, initial demand for Victor includes maritime and coastal logistics, critical infrastructure supply and maintenance, remote industrial operations, and civilian disaster response. The company is collaborating with specific partners in these areas, including some from the existing "Charlie" project, to refine the product and prepare for rapid deployment.
Key specifications of the Victor U250 technical model are as follows: aircraft type is an unmanned hybrid-electric heavy cargo drone system, primary mission focus is military resupply and critical dual-use logistics, target design mission is 250 kg payload over 300 km, target cruise speed is 135 knots (approximately 250 km/h). The aircraft adopts a lift-cruise eVTOL architecture with a wingspan of about 8 meters, features a modular payload system supporting front loading and payload airdrop, and accommodates two ISO-standard palletized payload positions. The power system is a fuel-based hybrid-electric system, and the aircraft can be packed into a standard 20-foot ISO container for transport during field deployment.
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