Vector develops elegant eVTOL aircraft that use a unique thrust‑vectoring mechanism to control flight without rotating propellers. Their designs can be built as fully electric or hybrid platforms and may incorporate bladeless technology, employing electric ducted fans and fluidic thrusters to achieve precise maneuverability.
Funding
Funding not disclosed
Founders
Product
Problem
Urban air mobility and specialized aerial operations require vertical lift aircraft that are low‑noise, highly maneuverable, and adaptable to different power configurations, yet conventional eVTOL designs rely on rotating propellers that add acoustic footprint and mechanical complexity.
Solution
Vector creates eVTOL aircraft that generate lift and control through a thrust‑vectoring system using electric ducted fans (EDFs) and fluidic thrusters, eliminating the need for rotating propellers. This architecture allows the vehicles to be built as fully electric or hybrid platforms and to incorporate bladeless technology for further noise reduction. By directing thrust electronically, the aircraft achieve precise maneuverability and configurable performance characteristics suited to dense urban environments and niche aerial tasks. The modular design supports rapid adaptation to varying mission profiles while maintaining a sleek, aerodynamic form factor.
Target Audience
Primary customers are urban air mobility operators, aerospace manufacturers, and organizations requiring specialized low‑noise vertical lift solutions such as emergency services or infrastructure inspection firms.
Features
- Thrust‑vectoring propulsion using electric ducted fans and fluidic thrusters for propeller‑free lift control
- Compatibility with both all‑electric and hybrid powertrain configurations
- Optional bladeless technology to minimize acoustic emissions
- Modular architecture enabling easy reconfiguration for different payloads and mission requirements
- Integrated electric propulsion system that reduces mechanical complexity and maintenance needs