Far
ther

Farther

Farther than existing supersonic aircraft; the world’s only supersonic aircraft with transpacific capabilities
FAS
TER

Faster

[4]x faster than existing conventional aircraft and [2]x than existing supersonic aircraft
Frien
dlier

Friendlier

[2]x more fuel-efficient and [10]x cheaper to operate than existing supersonic aircraft

Building the plane of the future

Farther

3x farther than existing supersonic aircraft; the world’s only transpacific supersonic aircraft

Faster

4x faster than existing conventional aircraft and 2x than existing supersonic aircraft

Friendlier

2x more fuel-efficient and 10x cheaper to operate than existing supersonic aircraft

Propelling progress

More on Propulsion
2023
2025
2026
2027
2031
2035

2023

Turboelectric Adaptive Engine is invented

4x faster than existing conventional aircraft and 2x than existing supersonic aircraft

2025

Full-scale engine and aircraft are completed and flight-ready

4x faster than existing conventional aircraft and 2x than existing supersonic aircraft

2026

First supersonic flight achieved

4x faster than existing conventional aircraft and 2x than existing supersonic aircraft

2027

Cargo and Defense services offered

4x faster than existing conventional aircraft and 2x than existing supersonic aircraft

2031

Private passenger flight services offered

4x faster than existing conventional aircraft and 2x than existing supersonic aircraft

2035

Commercial passenger flight services offered

4x faster than existing conventional aircraft and 2x than existing supersonic aircraft