UDX

B2C B2B
Sector
Mobility
Mobility
Product
Electric vehicle
Electric vehicle

UDX is developing the Airwolf eVTOL hoverbike, a state-of-the-art flying vehicle.

INTRODUCTION

The UDX’s vehicle is designed for practical applications in rescue, urban transport and recreational flying. Its focus is on creating a reliable and versatile hoverbike that is easy and safe to use.

The Airwolf features a unique eVTOL technology that allows vertical take-off and landing like a drone, but with the control and experience of a motorcycle. It’s equipped with safety features such as shrouded propellers to protect against external hazards and extended flight range via integrated wings, pushing the boundaries of conventional urban mobility.

In the incubation phase, UDX aims to further develop the prototype – optimising its aerodynamics, control systems and safety mechanisms to meet rigorous standards. Through this process, UDX will to bring the Airwolf closer to consumer readiness, ensuring that it operates within existing and future aviation regulations.

UNIQUE SELLING POINTS

  • Prioritizing compact design and safety, Airwolf is uniquely positioned as a user-friendly and sustainable personal aircraft in the VTOL industry, featuring shrouded propellers, minimal maintenance demands, and efficient electric propulsion, making it one of the most user-friendly and environmentally conscious hoverbikes suitable for individual use.
  • By focusing on a multifunctional design, UDX ensures Airwolf is an essential tool for rescue operations, a swift solution for urban commuters, and a must-have for adventure enthusiasts, promoting widespread adoption and diverse application.
  • Airwolf offers a novel approach to eVTOL design by enabling both vertical lift and extended-range flight, increasing its versatility for varied use cases.
Space connection
Technology Transfer
Technology Transfer
Funding stage
Funding stage
Seed Early Growth Exit
Technology readiness
Technology readiness
Development Proof of concept Prototype First implementation Extensive implementation
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