Design of '2 in 1' aircraft with speeds up to 1,127km/h

The design that combines a high-speed jet system with an electric vertical take-off and landing aircraft of Valkyrie Systems Aerospace promises to reach subsonic speeds.

The design that combines a high-speed jet system with an electric vertical take-off and landing aircraft of Valkyrie Systems Aerospace promises to reach subsonic speeds.

Picture 1 of Design of '2 in 1' aircraft with speeds up to 1,127km/h

Design HoverJet Guardian by Valkyrie Systems Aerospace.

Valkyrie Systems Aerospace received research funding from the United States Air Force (USAF) to develop the HoverJet Guardian design, a high-speed hybrid electric vertical take-off and landing (eVTOL) jet system.

USAF 11 is funding high-speed VTOL aircraft designs that could dramatically improve combat and cargo capabilities. The HoverJet Guardian design is an eVTOL-integrated jet aircraft. The vehicle was developed to possess the high speed of a jet aircraft combined with the flexibility of the VTOL system.

The machine can operate in 3 modes: airplane, hovercraft and seaplane. This means the vehicle can land and move on water. According to Valkyrie, the model can fly autonomously or pilot-operated. However, the company has not announced any prototypes yet.

HoverJet Guardian uses a VTOL system with four propellers for takeoff and landing. When in the air, the vehicle switched to using a pair of turbojet engines with a horizontal thrust of more than 3,700kg. This configuration allows the HoverJet Guardian to reach a cruise speed of 547km/h and a top speed of 1,127km/h when flying horizontally. HoverJet can fly continuously for 15 hours at an altitude of 12,192m. The aircraft model is 9.1m long with a wingspan of 7.3m. The vehicle has a maximum take-off weight of 5,443kg.

New funding provided through the USAF AFWERX program will enable Valkyrie to continue developing the vehicle over the next six months. USAF has been investing in several high-speed VTOL designs in recent months.

Update 08 February 2022
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