01— Talos
Dual Flux Electric Machines
Radial dual-flux topologies engineered for torque density, efficiency and thermal headroom in real-world cycles.
Next Generation Engineering
Engineering
the future
of motion
Advanced electric motor systems designed for next-generation mobility, robotics, and aerospace — built around our dual-flux architecture and the NeurotorQ design platform.
Dual Flux RadialReal-Time ControlsNeurotorQ PlatformMotorsport HeritageAerospace-GradeHybrid IntegrationDual Flux RadialReal-Time ControlsNeurotorQ PlatformMotorsport HeritageAerospace-GradeHybrid Integration
01 — Who we are
Built by engineers from the front line of electrification.
Talos balances analytical depth with a results-driven mindset. We design powertrains that move beyond theory — engineered to perform in the most demanding environments across automotive, motorsport, and aerospace.
02 — Capabilities
Four disciplines. One integrated programme.
02— Talos
Hybrid Powertrain Integration
End-to-end integration of high-speed e-machines with combustion units, control strategy and packaging studies.
03— Talos
NeurotorQ Design Software
In-house design platform that compresses electromagnetic, thermal and mechanical exploration into hours, not weeks.
04— Talos
Real-Time Controls
Deterministic motor controls and software stacks proven in motorsport-grade environments and aerospace duty cycles.
03 — Performance
Numbers from the bench.
- Continuous power density
- 2.4kW/kg
- Peak system efficiency
- 96.2%
- Max operating speed
- 24,000rpm
- Control loop latency
- < 5ms
Figures are representative of the QRM-2 dual-flux demonstrator under standard test cycles. Programme-specific targets are tuned via the NeurotorQ workflow.
04 — Comparison
Talos vs. the industry baseline.
Benchmarked against representative permanent-magnet synchronous motors in the same power class. Indicative figures — full datasheet available on request.
Talos Industry
- Peak efficiency96.2%92%
- Torque density (Nm/kg)+33%18.612.4
- Magnet mass per kW−42%0.58×1×
- Continuous power band+19%93%64%
- Manufacturing complexity−38%0.62×1×
Built for what's nextDesigned for
Explore all Designed for
advanced applications
01 / EV
Electric Vehicles
High-efficiency motors designed for range and performance across passenger and commercial platforms.
Learn more02 / Two-wheel
Electric Motorcycles
Compact, lightweight, high-output systems engineered for power, control and ride feel.
Learn more03 / Robotics
Humanoid Robotics
Precision actuation with the responsiveness needed for advanced motion and dexterous control.
Learn more04 / Aerospace
Drone Systems
Lightweight motors optimised for endurance, weight and maximum flight performance.
Learn more06 — Selected work
Live programmes & case studies.
Partner with Talos
01
Faster Time to Market
Reduce development cycles with motor systems pre-validated against real-world duty cycles.
02
Lower Risk
Proven engineering approach minimises uncertainty across thermal, mechanical and EMI envelopes.
03
Collaborative Development
Work alongside our engineering team to accelerate innovation from concept to bench.
04
Interactive Configurator
Customise your motor requirements and generate real-time performance insights instantly.
The Future of Motion Starts Here
Discover how Talos Technology can power your next breakthrough.