Naxatra Labs
Naxatra Labs designs and manufactures high-efficiency axial and radial flux electric motors for demanding applications. Our motors offer up to 10% greater efficiency, extending the operating range of electric vehicles and improving the performance of agricultural equipment.
- Energy
- Hardware
- Manufacturing / Industry 4.0
Funding
Funding not disclosed
Founders
Product
Problem
Traditional electric motor solutions often fall short in demanding environments, exhibiting suboptimal efficiency and durability. This limits the operational range of electric vehicles and the productivity of agricultural equipment, particularly under challenging conditions.
Solution
Naxatra Labs designs and manufactures high-efficiency axial and radial flux motors engineered for robust performance in diverse operating conditions. Our motors provide up to 10% greater efficiency than market leaders, extending the operating range of electric vehicles by 5-8%. We offer customized motor solutions, tailoring parameters such as size, power output, rotor structure, voltage, and cooling methods to meet specific application requirements. This approach ensures optimal performance and longevity for electric vehicles, agricultural equipment, power tools, and drones.
Target Audience
Our primary customers are manufacturers and integrators in the electric vehicle, agricultural equipment, power tool, and drone industries seeking high-performance, durable electric motor solutions.
Features
- Axial and radial flux motor designs optimized for electric vehicles and agricultural machinery.
- Enhanced efficiency, delivering up to 10% higher performance compared to existing market solutions.
- Extended operating range for electric vehicles, providing 5-8% greater travel distance per charge.
- Customizable motor configurations including size, power, rotor structure, voltage, and cooling systems.
- In-house R&D and manufacturing capabilities ensuring quality control and innovation.
- Motors designed for durability in challenging environmental and terrain conditions.
- Power output range from 1kW to 10kW, suitable for various applications.
- Advanced simulation and virtual testing protocols to validate real-world performance.