BAMS develops tailored electric propulsion systems and multi-orientated flight testing platforms for urban air mobility, enhancing agility and efficiency while reducing noise pollution. Their solutions address the need for sustainable transportation technologies that align with environmental goals and improve overall flight stability.
Funding
Funding not disclosed
Founders
Product
Problem
Existing electric propulsion systems for urban air mobility (UAM) may lack the necessary agility and efficiency for complex missions, and can contribute to noise pollution. Traditional flight testing platforms may also be time-consuming and lack the accuracy needed for advanced aerial vehicle development.
Solution
Bellwether Advanced Mobility Solutions (BAMS) develops tailored electric propulsion systems and multi-orientated flight testing platforms to enhance agility, efficiency, and sustainability in urban air mobility. Their adaptive electric propulsion systems are designed to align with specific consumer and industry demands, improving overall efficiency and reducing acoustic profiles. The company's multi-orientated flight testing platforms are integrated with Air Traffic Management (ATM) systems and satellite networks to guarantee flight stability and reduce testing time. BAMS leverages its expertise in fluid dynamics to optimize airflow and reduce carbon emissions in automated factories.
Target Audience
BAMS primarily serves clients in the urban air mobility sector, including eVTOL aircraft developers and manufacturers, as well as automated factories seeking to optimize efficiency and sustainability.
Features
- Tailored propulsion system development designed to align with unique consumer and industry demands.
- Multi-orientated flight testing platforms fully integrated with central Air Traffic Management (ATM) systems and satellite networks.
- Aerodynamic fairings for OHT and STK to reduce air turbulence and aerodynamic resistance during high-speed transportation during production.
- Expertise in fluid dynamics to conduct airflow simulations.
- Sustainable Intelligence methodology to re-evaluate every aspect of a process or product to find the most sustainable materials, methods, and designs.