E20 eVTOL en -

Scroll to Explore

The design of the E20 eVTOL represents a groundbreaking achievement in aerospace engineering. Developed using a forward design approach, the aircraft was optimized from the conceptual stage with clear priorities: lightweight architecture, high performance, and uncompromising safety. Through multiple rounds of simulation and iterative optimization, the team continuously refined the overall configuration and mass distribution to achieve the optimal balance among performance, safety, and cost. This process ensures system-level synergy, precise handling, and reliable, stable flight. Every iteration is a challenge to the limits. Every optimization is a step toward redefining the future flight experience.

Driven by Safety

4 Flight Control Computers（FCCs)

4 BatteryPacks

10 Control Surfaces

6 Motors +Rotos

Distributed Electric Propulsion Technology

Wheeled Landing Gear

All rotors are above human height

Certified Integrated Motor

Intelligent Avionics and Flight Control System

Distributed Electric Propulsion Technology

Ensuring safe flight even if one power unit fails.

Wheeled Landing Gear

In case of total power failures still can be glided for emergency landing

All rotors are above human height

No accidental injury to passengers

Certified Integrated Motor

First EASA-Certified Electric Motor for Air Mobility

Intelligent Avionics and Flight Control System

Developed with aviation-grade safety by AVIC Computing Institute, ensuring reliable flight control throughout all phases.

Precision engineering and relentless quality control define every stage at TCab Tech. Our engineers uphold the highest standards at every step from rigorous inspection of each aircraft component to full compliance with advanced assembly procedures. Each system is validated through multiple layers of testing to ensure structural integrity operational reliability and flight safety.