EFT Mobility designs high-energy density battery and charging systems specifically for Unmanned Aerial Vehicles (UAVs). Their custom power solutions enhance UAV endurance, range, and operational consistency for demanding applications. The company integrates electric powertrain expertise to deliver mission-ready, scalable power management for electric flight progress.
Funding
Funding not disclosed
Founders
Product
Problem
Developing sustainable electric and hybrid-electric powertrains for specialized mobility applications presents significant engineering challenges. Companies often lack the in-house expertise and infrastructure for comprehensive system architecture, design, integration, and validation, leading to extended development cycles and suboptimal performance.
Solution
EFT Mobility provides end-to-end engineering services for the development of turn-key electric and hybrid-electric powertrain systems. Leveraging deep expertise from the automotive sector, the company offers comprehensive support from initial system architecture definition and component benchmarking through to detailed electronic, software, and mechanical design. EFT Mobility's integrated approach extends to full powertrain system integration and validation, utilizing specialized test benches for characterization and performance verification. This allows clients to accelerate their product development timelines and deploy advanced sustainable mobility solutions across various demanding sectors.
Target Audience
EFT Mobility serves clients in the aviation, UAV, motorcycle, utility vehicle, and shipping industries seeking specialized electric and hybrid-electric powertrain development and integration services.
Features
- Comprehensive powertrain system architecture definition, including requirements analysis and market benchmarking.
- Full-cycle development capabilities for electronics (BMS, controllers), embedded firmware, and mechanical components.
- Specialized integration and validation services utilizing high-voltage test benches (up to 1200V/40kW), dyno test benches, and electronics labs.
- Design of custom battery packs with high energy density (up to 300 Wh/kg) and power density (up to 5 kW/kg).
- Development of NATO-standard compliant UAV battery chargers with versatile input power and communication protocols.
- Expertise in hybrid powertrain control units and system integration for multicopter, aviation, and off-road vehicle applications.
- Prototyping facilities for mechanical enclosures, thermal management systems, and transmission designs.
- Signal electronics design, including harness design and power distribution systems.