The world’s first and only road-sensing robotic wheels

Indigo SmartWheels™

Redefining vehicle architecture for roomier, lighter, and more efficient EVs.

105

Patents

90%

Reduced roll rate/angle

4:1

Sprung/Unsprung mass ratio

Indigo SmartWheels™
The world’s first and only road-sensing robotic wheels
Redefining vehicle architecture for roomier, smarter, and more efficient EVs.
100+

Patents

90%

Reduced roll rate/angle

4:1

Sprung/Unsprung mass ratio

What are SmartWheels™?
SmartWheels™ are a groundbreaking innovation in vehicle design. By combining propulsion and active suspension directly into the wheels. They allow for lighter, more spacious, and highly efficient electric vehicles with superior ride quality.
Exploded view of Indigo patented road-sensing SmartWheels

What are SmartWheels™?

SmartWheels™ are a groundbreaking innovation in vehicle design. By combining propulsion and active suspension directly into the wheels. They allow for lighter, more spacious, and highly efficient electric vehicles with superior ride quality.

Lighter Vehicle Design

SmartWheels™ eliminate the need for differentials, driveshafts, and CV axles, drastically reducing vehicle weight. By combining in-wheel hub motors with built-in active suspension, vehicles achieve both propulsion and suspension in a single, lightweight system, leading to greater efficiency and performance.

Increased Cabin Space

By moving propulsion and suspension out of the space between the wheels, SmartWheels™ free up the interior, resulting in roomier cabins and more flexible vehicle designs without increasing the overall vehicle size.

Smoother Ride

With active suspension and road-sensing technology, SmartWheels™ absorb bumps and potholes, delivering a stable and smooth “magic carpet ride” driving experience, previously not possible with traditional suspension systems.

Conventional EV architecture of an electric vehicle, showcasing the battery, motors, and suspension system layoutIndigo electric vehicle architecture featuring SmartWheels technology with battery, motor system, and suspension layout

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