VossVertical is developing a new, fully-scalable aerial platform that delivers the operational flexibility of a helicopter or multirotor with the endurance and efficiency of an airplane. We have created an advanced Vertical Takeoff and Landing (VTOL) aircraft for high-endurance, minimal infrastructure applications.

At our core, we are an aerospace company dedicated to creating and advancing the next generation of flight vehicles. Our core technology, Vertical+, is an integrated approach to VTOL platform design. We have successfully demonstrated that the critical challenges plaguing other VTOL aircraft, most notably the V-22 Osprey, can be eliminated through revolutionary vehicle design and the application of key innovations from the consumer electronics space to this critical aerospace problem. Famously, the Osprey can operate as helicopter and as an airplane. However, when transitioning between these flight modes, the Osprey, like many VTOL platforms, experiences a partial loss of...
VossVertical is developing a new, fully-scalable aerial platform that delivers the operational flexibility of a helicopter or multirotor with the endurance and efficiency of an airplane. We have created an advanced Vertical Takeoff and Landing (VTOL) aircraft for high-endurance, minimal infrastructure applications.

At our core, we are an aerospace company dedicated to creating and advancing the next generation of flight vehicles. Our core technology, Vertical+, is an integrated approach to VTOL platform design. We have successfully demonstrated that the critical challenges plaguing other VTOL aircraft, most notably the V-22 Osprey, can be eliminated through revolutionary vehicle design and the application of key innovations from the consumer electronics space to this critical aerospace problem. Famously, the Osprey can operate as helicopter and as an airplane. However, when transitioning between these flight modes, the Osprey, like many VTOL platforms, experiences a partial loss of control during this phase of flight. Our technology seamlessly moves between these critical flight modes, retaining full control authority during all phases of flight.

We have developed the aircraft hardware and the control software internally to propel the vision of this platform from conception into alpha prototype testing. Now we need to refine our design and our control strategies into a flexible and robust platform suitable for commercial deployment.

Our initial product offering is a fully integrated, modular, and mobile unmanned aircraft designed for high endurance survey missions. This platformed is well suited for applications in precision agriculture, pipeline survey, land management, security, surveillance, military reconnaissance, and defense.
More information