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Made in India

The Challenge Behind Electric Applications

While EV adoption is accelerating, the technology that powers it still faces a major challenge.

What Are Rare Earth Materials?

Elements like Neodymium (Nd), Dysprosium (Dy) and Terbium (Tb) are used in permanent magnets inside conventional motors.

The Problems With
Rare Earth Dependency

Limited global availability
High & fluctuating raw material costs
Supply chain dependency
Geopolitical risk & price volatility

The Industry Needs
A Better Way

As EV demand grows, the world needs motors that are efficient, reliable, cost-effective and independent of rare earth materials.

Our Engineering
Question

Can we build world-class electric motors without depending on rare earth materials?

?

Our Solution

At AproposDrive, we engineer rare earth-free motor and controller technologies that deliver outstanding performance, high efficiency, and long-term reliability.

Rare Earth Free

No permanent magnets

Built to Last

Rugged. Reliable. Road-ready.

High Performance

More power. Better efficiency.

Seamless Integration

Designed for today's EV platforms.

Rare-earth-free EV motor and controller solution from AproposDrive

Our Technology

Switched Reluctance Motor (SRM) Technology

Switched Reluctance Motor (SRM) Technology

Rare Earth-Free. High Efficiency. Robust.

SRMs use magnetic reluctance and intelligent stator switching instead of permanent magnets or rotor windings. Their simple laminated steel rotor design delivers high reliability, low cost, minimal maintenance, and eliminates the need for rare-earth materials.

Magnet-Free Technology

High Reliability & Efficiency

No Rotor Windings

High Efficiency Low Maintenance

Sensorless Operation

Rare-Earth-Free Design

Permanent Magnet Synchronous Motor (PMSM) Technology

Permanent Magnet Synchronous Motor (PMSM) Technology

Rare Earth-Free. High Efficiency. Robust.

PMSM technology eliminates rare earth materials entirely, delivering outstanding efficiency, superior fault tolerance, and dependable performance across all operating conditions — ideal for next-generation electric mobility.

High Power Density

Superior Efficiency

Smooth & Quiet Operation

High Speed Capability

Excellent Torque Control

Sensorless Control

Benefits of APT Technology

A complete electric powertrain ecosystem built for performance, reliability, and the future of intelligent mobility.

High Efficiency

Optimized motor design and intelligent control maximize energy conversion while minimizing power losses. This delivers higher performance with lower operating costs.

Robust & Reliable

Engineered with a simple, durable architecture that performs consistently even in demanding environments. Built for long service life with minimal downtime.

Intelligent Control

Advanced motor controllers provide precise torque, speed, and position control with real-time diagnostics. Ensures smooth operation, improved safety, and superior driving performance.

Integrated Powertrain

Motor, controller, and gearbox are seamlessly integrated into a compact, optimized system. This simplifies vehicle integration, reduces complexity, and improves overall efficiency.

Connected & Future Ready

IoT-enabled architecture supports remote monitoring, predictive maintenance, over-the-air updates, and data-driven optimization — making the platform ready for next-generation electric mobility.

Rare Earth Magnets Are Everywhere

Mixer

Tiny powerful magnets drive speakers, vibration motors and camera autofocus.

Mixer appliance using compact electric motor components

Washing Machines

Direct-drive motors use powerful magnets for quieter and more efficient operation.

Washing machine using a direct-drive electric motor

Air Conditioners

Compressors and fan motors use rare earth magnets for higher efficiency.

Air conditioner compressor and fan motor application

Vacuum Cleaners

Compact high-speed motors generate powerful suction.

Vacuum cleaner with compact high-speed electric motor

Electric Vehicles

Permanent magnets create strong torque with high efficiency.

Electric vehicle traction motor application

Chimneys

Powerful generators convert wind energy into electricity.

Kitchen chimney appliance using electric motor technology

Industrial Robots

Servo motors use rare earth magnets for precise movement and positioning.

Industrial robot using precision servo motor technology

HVLS Fans

Tiny magnets move the read/write head with extreme accuracy.

HVLS fan application using electric motor technology

The Future of EV Motors

The future of electric mobility will be defined by smarter, more sustainable and more independent Application technologies.

AproposDrive is committed to engineering the next generation of electric drive systems that power a cleaner, stronger and self-reliant India.

Partner With Us

Let's build the future of electric mobility together.