Introducing

The Linx P9

The world’s most advanced 9-Seater aircraft with VTOL capability

passenger aircraft

Communities thrive via connectivity

 Hard infrastructure requirements and significant operating costs are the key limiting factors to accessibility and connectivity. Today more than ever end-users value safety, affordability, reliability, and flexibility. In response to these requirements, ARC has designed the Linx P9 Passenger aircraft.

P9 Specs

doubled payload

Cost Effective

Future shuttle/air-taxi services will quickly become oversubscribed –the only way vertiport operators can increase throughput is through higher capacity aircraft. The Linx’s 9 passenger cabin roughly doubles the payload of typical leading e-VTOL air taxis

The Linx’s 9 seat cabin also compares well to the similar sized AW109 helicopter which carries 6 in the cabin and a 7th sitting next to the pilot.

Helicopter drive-trains for main and tail rotors are mechanically complex, driving up maintenance costs. The Linx’s single rotor is essentially un-powered (apart from the electric spin-up motor, used only prior to take-off) and the corrosion-proof composite airframe will be light and low drag, and while the EIS model will use existing turboprop engines, overall costs are expected to be 40% below those of a similar size helicopter.

safety and silence

Value proposition and advantages

Another major benefit of the P9 is enhanced safety. In case of full power loss on every motor, the aircraft can still safely land the aircraft using autorotation. It doesn’t matter if the aircraft is at 10 meters or 500 meters; P9 can safely maneuver to the ground and land almost anywhere.

The second major benefit is reduced noise. It is much quieter than a conventional helicopter because the top rotor is not powered during the entire flight and the lack of a tail propeller.

Conventional Flight VS ARC Solution

ARC aircraft could save up to 2.5 hours when travelling between London and Edinburgh compared to a conventional flight.

Helicopter Flight

15 MINS TO HELIPAD – 2 HOUR FLIGHT TIME – 15 MINS TO CITY

90 min

Total time

Helicopter Flight

15 MINS TO HELIPAD – 2 HOUR FLIGHT TIME – 15 MINS TO CITY

150 min

Total time

Conventional business flight

1 HOURS TO AIRPORT – 1 HOUR FLIGHT TIME – 1 HOUR TO CITY

180 min

Total time

Conventional Flight VS ARC Solution

ARC aircraft could save up to 2.5 hours when travelling between London and Edinburgh compared to a conventional flight.

Linx P9

15 MINS TO HELIPAD – 1 HOUR FLIGHT TIME – 15 MINS TO CITY

90 min

Total time

Helicopter Flight

15 MINS TO HELIPAD – 2 HOUR FLIGHT TIME – 15 MINS TO CITY

150 min

Total time

Conventional business flight

1 HOURS TO AIRPORT – 1 HOUR FLIGHT TIME – 1 HOUR TO CITY

180 min

Total time

Kevalya Sheth
AIRCRAFT DESIGN ENGINEER

Kevalya is an innovative aerospace engineer passionate about unmanned aerial systems, and sustainable civil aviation. He holds a Master’s in Aerospace Vehicle Design from Cranfield University and a Bachelor’s in Aerospace Engineering from Embry-Riddle Aeronautical University, where he gained experience in UAV design and aerodynamic analysis. Kevalya has over two years of experience at NewSpace Research and Technologies (Bengaluru, India), contributing to UAV design, testing, and AI integration for swarm drone operations. He played a key role in the first tandem wing UAV in India. With experience in aircraft design, structural analysis, aerodynamics, and flight testing, Kevalya brings valuable skills in cutting-edge aerospace projects involving unmanned systems and sustainable aviation.