Moya Aero develops high-capacity, all-electric eVTOL drones designed for cargo delivery and precision logistics, addressing the need for efficient transport to remote locations. By combining the speed of air transport with the cost-effectiveness of ground logistics, Moya Aero enables timely delivery of essential goods while reducing operational costs.
Funding
$440K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The increasing demand for frequent and low-volume shipments, especially to remote or inaccessible locations, faces challenges in terms of cost-effectiveness and timely delivery using traditional methods like trucks and helicopters. Existing cargo delivery channels often lack the accessibility, affordability, and efficiency needed for urgent medical supplies, essential components, and other critical goods.
Solution
Moya Aero develops a family of high-capacity, all-electric eVTOL (electric Vertical Take-Off and Landing) drones designed to complement existing cargo delivery channels. These drones combine the speed of air transport with the cost-effectiveness of ground logistics, enabling timely and economical delivery of essential goods to areas that are difficult to reach by conventional means. Moya Aero's common-platform approach allows for scalability across various use cases, ensuring faster deployment, easier maintenance, and a lower total cost of ownership. The company employs advanced biofuel technology to offer green logistics solutions.
Target Audience
Moya Aero targets industries requiring frequent and low-volume shipments, including logistics companies, medical services in remote areas, agriculture businesses needing precision crop management, and companies with operations in locations with limited accessibility.
Features
- All-electric eVTOL design for vertical take-off and landing capabilities
- High-capacity payload for efficient cargo transport
- Biofuel technology integration for sustainable operations
- Multi-use capabilities for diverse logistics applications, including agriculture
- Common-platform architecture for scalability and operational simplicity
- Remote piloting for autonomous operations
- Tandem wing configuration with rotating fuselage for vertical and horizontal flight transition
- Composite material construction, including carbon fiber and epoxy resin, for fuselage and wings