Internal R&D · TRL 5

Transverse Flux Motor (TFM)

A novel motor topology engineered specifically for robotics and bionics. By replacing bulky traditional motors and gearboxes, our flat TFM delivers exceptional low-speed torque and position-holding capabilities without draining batteries.

AFEL Transverse Flux Motor testing and engineering prototype
TFM engineering prototype on the AFEL test bench
  • StageActive R&D (TRL 5), seeking investment partners
  • Core advantageHigh torque at low speeds with inherent position-holding capabilities
  • Target sectorsRobotics, bionics, industrial automation, and compact mobility
  • LeadershipSeasoned team spanning high-tech, lean engineering, and startup management
The limitation

Why traditional motors fall short in robotics

Conventional electric motors combined with bulky gearboxes compromise modern robotic design. They underperform under heavy loads at slow speeds, draining batteries rapidly and forcing frequent recharging cycles that increase operational downtime and costs.

Furthermore, their bulky physical footprint restricts the versatility of exoskeletons and prosthetics, adding uncomfortable weight that degrades user satisfaction, limits natural movement, and shortens component lifespans.

  • Poor efficiency and high battery drain at low speeds
  • Bulky gearboxes that restrict mechanical form factors
  • Uncomfortable exoskeleton weight that reduces user productivity
  • Accelerated wear leading to increased maintenance overhead
Core advantages

Engineered for performance and form factor

Compact & Adaptable

Sleek, flat, and round form factor designed to integrate seamlessly into robotic joints and tight spaces.

High Cogging Torque

Holds position without continuous power draw, offering significant energy savings and precise holding capabilities.

Low-Speed Efficiency

Maintains peak performance at low rotational speeds where traditional BLDC and servo motors struggle.

Extended Battery Life

Higher efficiency and reduced gear requirements stretch operating windows between charges.

Team & roadmap

Built by experienced hands, moving toward commercialization

Our leadership team brings deep expertise across mechanical engineering, software architecture, lean manufacturing, and startup execution.

Experienced Leadership

Professionals with cross-sector backgrounds spanning semiconductor production, complex R&D environments, and agile high-tech leadership guiding our development path.

Current Status & Investment

Currently at TRL 5, building on our prior energy generation foundation. We are actively seeking investment partners to mature our designs and commercialize market-ready units.

Applications

Where high-torque compact motors transform capability

Robotics & Bionics

Powers complex robotic joints and exoskeletons requiring high torque and precise control.

Industrial Automation

Delivers strong force at slow speeds for demanding machinery and operational robotics.

Electric Vehicles

Provides high-torque output ideal for compact mobility and drivetrain solutions.

Critical Infrastructure

Reliable, low-maintenance actuation where downtime and frequent servicing are not options.

Interested in investing or partnering on our TFM program?

We are actively looking for strategic partners and investors to accelerate our path to commercialization. Let's start a conversation.

Get in touch