Vertical Aerospace :: Zero-Emission Electric Vertical Take-Off & Landing (eVTOL) Aircraft

Vertical Aerospace is a pioneering British electric aviation company founded in 2016 and headquartered in Bristol, United Kingdom. The company is at the forefront of developing zero-emission electric vertical take-off and landing (eVTOL) aircraft intended to transform urban and regional air mobility. Listed on the New York Stock Exchange under the ticker EVTL, Vertical Aerospace aims to make air travel faster, cleaner, quieter, and more accessible for everyday journeys. By targeting routes of 10–100 miles that currently take 45–90 minutes by road, the company’s aircraft promise to cut travel times dramatically while producing zero operating emissions. With a strong emphasis on safety, sustainability, and certification, Vertical Aerospace has secured an order book exceeding $6 billion in potential revenue from major customers including American Airlines, Bristow Group, Iberojet, and lessors such as Avolon and Lessor.

The flagship robot-based product from Vertical Aerospace is the Valo aircraft, a next-generation eVTOL designed to carry up to six people (including the pilot) in comfort and serenity. Valo represents a significant evolution from the earlier VX4 prototype, incorporating lessons from extensive flight testing to deliver airliner-level safety standards, enhanced passenger experience, and operational efficiency. The aircraft is engineered for a cruise speed of 150 mph and a range of up to 100 miles on a single charge, making it suitable for airport shuttles, inter-city connections, tourism, emergency medical services, and executive transport. Its design prioritizes spacious cabin comfort, low noise levels for urban operations, and vertical take-off and landing capability that eliminates the need for runways. Power comes from advanced electric propulsion systems, with recent major progress in hybrid-electric testing and in-house battery production at the Vertical Energy Centre. This includes the production of the first all-electric Valo battery pack and integration testing of a next-generation hybrid-electric propulsion system that extends range and performance.

At its core, Valo is a highly automated robotic aircraft. It features eight electric propulsors (four tilting for vertical lift and four for forward flight), sophisticated fly-by-wire flight controls, redundant safety systems, and advanced autonomy features that reduce pilot workload. The aircraft uses a combination of distributed electric propulsion, composite lightweight structure, and intelligent battery management to achieve high efficiency. Recent milestones include the completion of the first piloted transition flight in the final full-scale prototype (AC3), moving from vertical hover through wing-borne flight and back — a critical de-risking step toward certification. This achievement was conducted under the oversight of the UK Civil Aviation Authority (CAA) Design Organisation Approval. Additional partnerships, such as the selection of Hyundai WIA as the landing gear supplier (with Stirling Dynamics as design partner), underscore the company’s world-class supply chain. These robotic and automated systems enable precise, repeatable, and safe operations in complex urban environments.

Vertical Aerospace takes a pragmatic, certification-first approach. The company is working closely with the European Union Aviation Safety Agency (EASA) and the US Federal Aviation Administration (FAA) toward Type Certification, targeting entry into service in the late 2020s. Its Bristol facility serves as the hub for design, assembly, flight testing at Cotswold Airport, and battery development. The team of approximately 400 engineers and specialists draws on deep aerospace heritage, including alumni from Rolls-Royce, Airbus, and GKN. By focusing on manufacturability and total cost of ownership from the outset, Vertical Aerospace aims to deliver aircraft that operators can fly profitably at scale. The company’s technology roadmap includes continued piloted transition testing, expanded hybrid-electric development, and production scaling to meet growing demand from its global customer base.

Beyond hardware, Vertical Aerospace is building an ecosystem for advanced air mobility. This includes infrastructure planning for vertiports, regulatory engagement, and software platforms for flight scheduling and autonomous operations. As cities grow more congested and environmental regulations tighten, the company’s eVTOL platforms offer a compelling alternative to traditional ground transport. Recent achievements, such as hosting senior regulators from the CAA and FAA and advancing battery production, demonstrate steady progress toward commercial reality. With a clear focus on safety, scalability, and real-world utility, Vertical Aerospace is helping define the future of sustainable aviation through its advanced robotic eVTOL systems.