Sirius Jet: Revolutionizing Private Air Travel with Hydrogen Technology
Key Ideas
  • Sirius Jet, developed by a pilot Alexey Popov, aims to address the environmental concerns associated with private air travel.
  • The jet can carry up to three passengers for a maximum of 1,150 miles, powered by a hydrogen-electric powertrain developed by BMW and Sauber F1.
  • The innovative design incorporates a ducted fan system along the wings and unique VTOL capabilities, promising speeds of up to 323 MPH with minimal noise.
  • Hydrogen aviation, dating back to 1957, finds a new chapter with Sirius Jet's advanced technology, offering a sustainable alternative in the aviation industry.
The Sirius Jet, developed by pilot Alexey Popov, intends to revolutionize private air travel by addressing the environmental impacts associated with it. This innovative jet has the capacity to carry up to three passengers over a maximum distance of 1,150 miles. What sets it apart is its eco-friendly approach, as it produces no carbon emissions, thanks to a hydrogen-electric powertrain developed by BMW and Sauber F1. While hydrogen aviation is not a new concept, the Sirius Jet introduces cutting-edge technology, featuring a ducted fan system along the wings and a distinct VTOL mechanism with a unique flared tail. The jet is expected to reach speeds of up to 323 MPH while maintaining a noise level as low as 60 decibels, akin to a quiet conversation in a restaurant. This advancement marks a significant step towards sustainable aviation, offering a promising alternative in the industry's quest for eco-friendly solutions.
ADVANCEH2

Our vision is to be the world's leading online platform for advancing the use of hydrogen as a critical piece needed to deliver net-zero initiatives and the promise of a clean H2 energy future.

© 2024 AdvanceH2, LLC. All rights reserved.