ADVANCED ELECTRIC MOTOR ARCHITECTURES
Patent-backed electric motor architectures for EV, industrial, and UAV applications, designed to reduce rare-earth dependency while improving manufacturability and supply-chain resilience.
ENGINEERING-FIRST
We develop patent-backed electric motor architectures focused on reducing or eliminating rare-earth magnet dependency across EV, industrial, and drone applications.
Why It Matters
Reducing dependence on rare-earth supply chains through manufacturing compatibility and localization opportunities for global industry.
Reduced Rare-Earth Dependency
Our architectures reduce reliance on critical rare-earth materials while maintaining performance targets for industrial and mobility applications.
Manufacturing Compatibility
Designed to integrate with established manufacturing processes and industrial supply chains.
Industrial Scalability
Built for commercialization across high-volume industrial, mobility, and infrastructure applications.
Supply Chain Resilience
Engineering approaches focused on stable material sourcing, localization opportunities, and long-term production sustainability.
Commercialization Pathway
E-Samarp develops patent-backed motor technologies with a commercialization strategy centered on licensing, joint development, technology transfer, and strategic manufacturing partnerships. Our portfolio includes patented and patent-pending architectures designed for scalable industrial deployment across EV, industrial, and UAV markets.
Patents & Validation
E-Samarp maintains a rigorous standard of intellectual property protection and engineering validation to ensure market-ready technology deployment.
- Granted Patent(s)
- Patent-Pending Technologies
- Prototype Validation
- Industry Collaboration
- University Research Partnerships
Technology
Reduced Rare-Earth Hub Motor
Hub motor saving 40-54% rare-earths, 2-4.4kW peak, 48-60V ready, drop-in design; prototype in testing.
Rare-Earth-Free Ferrite Hub Motor
3 kW continuous ferrite-based motor architecture with zero rare-earth magnets, scalable up to 6 kW power.
IE4 / IE5 Line-Start PMSM
Grid-direct 1.1-30kW IS12615 motors with zero rotor loss. Prototype engineering underway in Coimbatore.
High-Power Ferrite Drone Motor
Ferrite/neodymium drone concepts at 1-12kW pending patents. 8-15kW 100% ferrite motor now finalized.
AI-Based Motor Optimization
Enhancing PMSM and induction motor efficiency via FEM and ML optimization, cutting costs using legacy production.