CUSTOM.

Fully customised Axial Flux Motors ready in 3 to 6 months

CUSTOM.

Fully customised Axial Flux Motors ready in 3 to 6 months

CUSTOM.

Fully customised Axial Flux Motors ready in 3 to 6 months

CUSTOM SOLUTIONS FOR SPECIAL APPLICATIONS

Using our proprietary WheemX™ design platform, we generate optimised solutions precisely tailored to your specific requirements for performance, cost, and size. This flexible, data-driven approach enables the rapid development of bespoke prototypes through to scalable production units, delivering a motor perfectly engineered for your application.

From concept to delivery

Defining Requirements

Defining Requirements

In-depth analysis of requirements, where goals and efficiency objectives are defined.

Design and Simulation

Simulation and design iterations undertaken with our customer to determine optimal geometry using WheemX.

Prototype Motor

Building, testing and iterating customised axial flux motor for optimal performance.

Production Motor

Delivering your Axial Flux Motor within 3 to 6 months for you to test.

Electric motor coil
Electronic circuit for Wheemo's axial flux motors
Electric motor coil
Electric motor coil
Electric motor coil
Electric motor coil
Electric motor coil
Electric motor coil

Contact us for a quote

Sam from Wheemo's customer support

Contact us for a quote

Contact us for a quote

Why Axial Flux Technology

HIGHER TORQUE AND POWER DENSITY IN A VERY COMPACT PACKAGE

Axial flux motors can deliver up to 30% more torque than radial flux motors in the same package. This improves material efficiency and makes them an ideal choice for applications where space is limited and performance is critical.

PERFORMANCE SCALES FASTER WITH ROTOR DIAMETER

Axial flux motors offer huge advantages in diameter scaling. Their performance increases much more with rotor diameter compared to radial geometries (cubic versus quadratic growth), enabling greater torque and efficiency without increasing weight.

Chart comparing the scaling of axial and radial flux motors: axial flux scales with the diameter cubic, radial flux scales with the diameter squared

ENERGY AND COST EFFECTIVE

Improved efficiency minimises energy consumption and optimises cost.

BETTER POWER-TO-WEIGHT RATIO

Axial flux motors excel with their remarkable power-to-weight ratio.

COMPACT AND SPACE EFFICIENT

Perfect where size matters, fitting more power into less space.

How Do Axial Flux Motors Work

MAGNETIC FLUX RUNS ALONG THE SHAFT AXIS

Axial flux motors are electric motors in which magnetic flux runs along the shaft axis (not radially). A flat ring of magnets faces a flat ring of copper coils across a tiny gap, so the motor can be short yet wide in diameter.

WHERE THEY SHINE

Axial flux motors are ideal for robotics because they deliver high torque in a compact, lightweight package.

Side view of an axial flux motor

Why Axial Flux Technology

HIGHER TORQUE AND POWER DENSITY IN A VERY COMPACT PACKAGE

Axial flux motors can deliver up to 30% more torque than radial flux motors in the same package. This improves material efficiency and makes them an ideal choice for applications where space is limited and performance is critical.

PERFORMANCE SCALES FASTER WITH ROTOR DIAMETER

Axial flux motors offer huge advantages in diameter scaling. Their performance increases much more with rotor diameter compared to radial geometries (cubic versus quadratic growth), enabling greater torque and efficiency without increasing weight.

Chart comparing the scaling of axial and radial flux motors: axial flux scales with the diameter cubic, radial flux scales with the diameter squared

ENERGY AND COST EFFECTIVE

Improved efficiency minimises energy consumption and optimises cost.

BETTER POWER-TO-WEIGHT RATIO

Axial flux motors excel with their remarkable power-to-weight ratio.

COMPACT AND SPACE EFFICIENT

Perfect where size matters, fitting more power into less space.

How Do Axial Flux Motors Work

MAGNETIC FLUX RUNS ALONG THE SHAFT AXIS

Axial flux motors are electric motors in which magnetic flux runs along the shaft axis (not radially). A flat ring of magnets faces a flat ring of copper coils across a tiny gap, so the motor can be short yet wide in diameter.

WHERE THEY SHINE

Axial flux motors are ideal for robotics because they deliver high torque in a compact, lightweight package.

Side view of an axial flux motor

Why Axial Flux Technology

HIGHER TORQUE AND POWER DENSITY IN A VERY COMPACT PACKAGE

Axial flux motors can deliver up to 30% more torque than radial flux motors in the same package. This improves material efficiency and makes them an ideal choice for applications where space is limited and performance is critical.

PERFORMANCE SCALES FASTER WITH ROTOR DIAMETER

Axial flux motors offer huge advantages in diameter scaling. Their performance increases much more with rotor diameter compared to radial geometries (cubic versus quadratic growth), enabling greater torque and efficiency without increasing weight.

Chart comparing the scaling of axial and radial flux motors: axial flux scales with the diameter cubic, radial flux scales with the diameter squared

ENERGY AND COST EFFECTIVE

Improved efficiency minimises energy consumption and optimises cost.

BETTER POWER-TO-WEIGHT RATIO

Axial flux motors excel with their remarkable power-to-weight ratio.

COMPACT AND SPACE EFFICIENT

Perfect where size matters, fitting more power into less space.

How Do Axial Flux Motors Work

MAGNETIC FLUX RUNS ALONG THE SHAFT AXIS

Axial flux motors are electric motors in which magnetic flux runs along the shaft axis (not radially). A flat ring of magnets faces a flat ring of copper coils across a tiny gap, so the motor can be short yet wide in diameter.

WHERE THEY SHINE

Axial flux motors are ideal for robotics because they deliver high torque in a compact, lightweight package.

Side view of an axial flux motor