Nexis Raxial Flux Motor
Overview
The heart of performance, reimagined.
The Nexis Raxial Flux 6-Phase Motor is the pure expression of electric propulsion. Compact, efficient, and astonishingly light, it delivers immense power through an architecture designed for precision and control. It's axial and radial-flux layout, six-phase design, and carbon fibre housng combine to create one of the most advanced propulsion systems ever engineered for a performance vehicle.
How It Works
Six phases. Infinite precision.
Six independent phases generate fields of unmatched accuracy, producing torque with fluid consistency across the entire rev range. The axial and radial-flux geometry maximises magnetic leverage, generating extraordinary torque from a remarkable compact form.
The forged carbon fibre housing strengthens and protected the system, keeping it rigid under intense load while dramatically reducing mass. Immersion cooling with dielectric fluid surrounds the stators and windings, pulling heat away instantly and keeping performance consistent even under sustained extremes.
The Experience
Instant power. Seamless motion.
Every command translates into immediate motion. Torque arrives without delay, creating acceleration that feels continuous and seamless. The six-phase design ensures power delivery that is not just fast but harmonised, giving the driver a sensation of connection that is both effortless and precise.
Performance at a Glance
Numbers that speak for themselves.
Parameter | Value (est.) |
|---|---|
Peak Power | 750kW |
Continuous Power | 500kW |
Torque Output | ~2000Nm |
Cooling | Immersion dielectric fluid |
Weight | 47kg |
Power Density | ~16kW/kg |
Efficiency | >97% |
Future-Ready
Built today. Designed for tomorrow.
The Nexis is designed to scale. Its six-phase system adapts seamlessly to duel motor configurations, while its immersion cooling system supports extreme output without compromise. Its carbon fibre structure keeps it light and strong in every application.
The Nexis is more than a motor. It is the foundation of propulsion for the future of high-performance electric vehicles.
