Talos Technology
Pioneering the future of intelligent automation. We craft cutting-edge solutions that transform industries and redefine what's possible in the digital age.
Discover MoreMotor Technology Comparison
Explore the differences between traditional motor architectures and our revolutionary Dual Flux Technology
Traditional
PM Motor
Permanent Magnet Synchronous Motor
Permanent Magnet motors use rare-earth magnets to create a constant magnetic field. While they offer good efficiency in urban driving conditions, they suffer from significant drawbacks including high material costs and reduced performance at highway speeds.
Advantages
- High efficiency in inner city driving
- Good thermal performance
- Simple, compact design
- High power density
Disadvantages
- Expensive rare-earth materials
- Low efficiency at motorway speeds
- Limited peak power density
- Supply chain vulnerabilities
Alternative
EESM Motor
Externally Excited Synchronous Motor
Externally Excited Synchronous Motors eliminate the need for permanent magnets by using electromagnetic excitation. This reduces material costs but introduces complexity in control systems and manufacturing processes.
Advantages
- High efficiency at motorway speeds
- Excellent peak torque capability
- Lower cost materials (no magnets)
- Reduced supply chain risk
Disadvantages
- Lower efficiency in city driving
- More complex design
- Complex control systems required
- Complex manufacturing process
Our Technology
Dual Flux Technology Hybrid
Revolutionary Hybrid Motor Architecture
Our patented Dual Flux Technology combines the best of both worlds, delivering exceptional efficiency across all speed ranges while maintaining cost-effectiveness. This hybrid architecture represents the future of electric motor design.
Advantages
- Efficiency across all speed/torque ranges
- Superior peak power capability
- Continuous power capability
- Lower cost compared to PM motors
- Optimal for real-world driving
Considerations
- Complex control systems
- Complex design architecture
- Complex manufacturing process
Performance Comparison
5-Metric Analysis (0-100 Scale)
PM Motor
EESM Motor
Dual Flux
Winner: Dual Flux Technology
Our hybrid motor leads in 4 out of 5 metrics, delivering the optimal balance of performance, efficiency, and cost.
Trusted Network
Our Partners
We work alongside recognised global names and industry standards to deliver advanced engineering, trusted quality, and premium innovation.
Automotive
Jaguar Land Rover
Premium mobility, engineering excellence, and forward thinking vehicle innovation.
Quality Standard
ISO Certified
Strong quality systems, proven compliance, and dependable manufacturing standards.
Mobility
Volvo
Trusted performance, safety focused design, and global automotive leadership.
Technology
Safran
Advanced industrial capability, precision systems, and high value innovation.
Why partner with Talos
01
Partnership model with motor design teams to streamline your internal development
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02
Faster, lower risk development of competitive motor tech
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03
Design performance in and cost out of motors
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Interactive Feature
04
Try your own configurator, put in your parameters, and get the specification generated in real time
Launch Configurator →
Interactive Feature
Motorcycle Configurator
Enter your preferred parameters and generate a live motorcycle specification in real time with a premium Talos interface.
System Live
OutputTRX / URBAN
Vehicle ProfileUrban Street
Live chassis renderUrban Street
Power82 kW
Range245 km
Mass198 kg
Parameter InputsReal Time Generation
82 kW
12.5 kWh
198 kg
146 Nm
Balanced
Generated SpecificationReady
Talos Build
TRX Urban 82
LIVE
Top speed168 km/h
Estimated range245 km
0 to 1004.1 s
Peak torque146 Nm
Battery pack12.5 kWh
Vehicle mass198 kg
Urban balanced configuration focused on responsive acceleration, efficient battery usage, and premium everyday ride feel.
System MetricsTelemetry
Cooling loadModerate
Drive modeStreet
Platform classMidweight
Use caseDaily Performance
The Talos Standard
Where heritage craftsmanship meets the precision of tomorrow's autonomous systems.
Precision Engineering
Hand-refined tolerances meeting aerospace standards for maximum thermal stability.
Intelligent Integration
Adaptive neural layers that synchronize with existing infrastructure effortlessly.
Future-Ready Systems
Modular hardware paths designed for 10+ years of operational relevance.
Technology & Innovation
Built on vision. Driven by innovation.
Our heritage is rooted in ambition, forward thinking, and the people who started it all. From the beginning, the company has been shaped by a passion for building something meaningful through technology, creativity, and bold ideas.
Founder
Chris Brocklehurst
A foundation built through determination, clarity, and belief in a better future. This journey began with a mindset focused on progress, resilience, and creating something that stands apart.
Founder
Manos Polioudis
The brand grew through curiosity, energy, and the drive to turn ideas into reality. Every step reflects a commitment to innovation, modern thinking, and lasting impact.
Our heritage
Technology and innovation are not just part of the company story. They are at the core of it. The founders shaped a direction that combines ambition with precision, creating a brand identity built on purpose, progress, and a constant push forward.
Application
Application Showcase
Evolution Timeline
Step 01
Start of Hypermode
The beginning of the journey with the first vision, foundation, and direction.
Step 02
Dual Motor
A stronger phase focused on power, speed, and a more advanced system structure.
Step 03
Deep Integration
Core features became more connected, creating a smoother and smarter experience.
Step 04
V.1.0
The first complete release, bringing everything together into a polished launch.
Step 05
V.2.0
The next generation with better refinement, expansion, and a more premium feel.