HET Light Series

Introducing the HET Light Series

Powering last-mile transportation applications including autonomous robots, forklifts, light electric motorcycles, golf carts, e-bikes, e-scooters and industrial applications.

Optional Spoke Hub Configuration

Optional Attached Tire Configuration

Optional Wheel Rim Configuration

48-84 Vdc HET Light Series Motor/Controller Offering

HL-30 Motor

Motor/Controller Specifications

Nominal power: 1 kW
Peak power: 1.5 kW
Nominal torque: 60 Nm
Peak torque: 140 Nm
Peak efficiency: 94%
RPM range: 0-1,000
Mass: 7.0 kg
Volume: 2.8 L
Exterior diameter: 233 mm
Exterior length: 68 mm


Performance map

HL-45 Motor

Motor/Controller Specifications

Nominal power: 1.5 kW
Peak power: 3.0 kW
Nominal torque: 100 Nm
Peak torque: 240 Nm

Peak efficiency:

RPM range: 0-1,300
Mass: 9.8 kg
Volume: 3.5 l
Exterior diameter: 233mm
Exterior length: 83 mm

Performance map

Concentrated Magnetic FLUX

Flux Amplifies Torque

By concentrating magnetic flux we magnify torque and increase efficiency across the full speed range of the machine.

By surrounding the stator with permanent magnets we prevent magnetic flux leakage resulting in more torque and higher efficiency.

We produce more torque than the competition with less input power.


All Linear Labs motors are based on the Hunstable Electric Turbine (HET) Technology discovered by Fred Hunstable resulting in an entirely new class of electric motors. These motors use a magnetic tunnel to surround the stator resulting in motors producing up to twice the torque of competitor motors, or the same torque in half the size. Linear Labs motors are made made using rare-earth or ferrite magnets depending on our client’s unique application.

100% Modular Motor

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For its unique electric motor design and focus on supporting sustainability and community, Linear Labs stands out in a crowded market, creating a Blue Ocean market for itself and is recognized with Frost & Sullivan’s 2020 New Product Innovation Award.

“Linear Lab’s revolutionary motor produces twice the torque in the half the size of other leading motor brands. With a small footprint, it’s perfect for space-constrained applications such as automotive, robotics, and aerospace.

Not just innovation in design, Linear Labs is also leading the change in the way companies operate. With a strong focus on improving the community and city, it has partnered with local colleges and the local city administration to bring innovation in manufacturing and operations to the Dallas Fort Worth area.”

– Anand Gnanamoorthy, Industry Principal


Learn More



Answer our Engineering Requirements questionnaire telling us what you are doing and how you want your motor to perform.


We sign a Motor Sizing Agreement and perform an electromagnetic analysis based on your Engineering Requirement document.


Once the Motor Sizing Agreement is completed we enter into a Proof of Concept Development Agreement.


Linear Labs executes the POC Development Agreement and develops multi-stage prototypes as we move toward volume production of your motors and controllers.

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