Powering the Next Generation of Autonomous Machines.
Architecting uncompromised electric propulsion systems for defense, aerospace, and heavily contested industrial environments.
00 // Market Bottleneck
The Army Named the Bottleneck.
Electric motors represent the single largest vulnerability in Western defense autonomy and domestic aerospace supply chains.
"Brushless motors ... remain significant bottlenecks."— LT. GEN. CHRISTOPHER MOHAN, ACTING COMMANDER
Why This Bottleneck Exists
AI-driven electromagnetic simulation and generative design compress months of motor analysis into hours — encoding decades of judgment into software instead of leaving it trapped in one engineer's head.
This isn't a capital problem.
It's a thirty-year-expertise problem.
Electromagnetics, thermal management, and manufacturing judgment rarely sit inside a single engineer. Because of this fragmentation, it was historically impossible to write comprehensive motor design software.
01 // Hardware Subsystems
Electric Machines Reimagined.
Designed from first principles to deliver unprecedented power density and reliability in contested environments.
Axial Flux Series
Aerospace / DefenseBLDC High-Speed
Robotics / IndustrialSwitched Reluctance
Heavy Duty / Electric VehiclesUAV Propulsion
UAV / Autonomous03 // Core Architecture
Built for Autonomy.
We control the entire technology stack. From electromagnetic simulation to custom silicon carbide inverters, every subsystem is engineered for maximum performance.
Electromagnetics
Advanced flux-path optimization for maximum torque density.
Motor Topology
Proprietary axial and radial flux architectures.
Thermal Management
Direct coil cooling and additive manufactured heat sinks.
Control Systems
High-frequency SiC and GaN inverters with field-oriented control.
Simulation
Multi-physics FEA coupled with computational fluid dynamics.
Validation
In-house dynamometers up to 25,000 RPM and 500 kW capacity testing.
02 // Deployments
Engineered to Survive.
Gyrate systems are tested to military standards, capable of continuous operation in extreme temperatures, high vibration, and contested environments.
Defense
Aerospace
Robotics
Industrial Automation
Marine
Railways
Automotive
Energy
04 // Process Architecture
From Concept to Production.
A rigorous, vertically-integrated engineering methodology ensures uncompromised quality at every stage.
Research
Materials science and electromagnetic fundamentals.
Simulation
Multi-physics FEA and CFD validation.
Optimization
Generative design for weight reduction.
Prototype
Rapid additive manufacturing of stators.
Testing
High-speed dynamometer characterization.
Manufacturing
Automated precision winding and assembly.
Validation
MIL-STD environmental stress screening.
Deployment
Field integration and telemetry monitoring.
05 // Organization
Mission & Vision
Our mission is to architect the electric propulsion layer for the autonomous future.
As autonomous systems scale across defense, aerospace, and industrial sectors, the demand for high-reliability, power-dense electric machines has outpaced legacy manufacturing. Gyrate solves this.
Leadership
- [01]Fellow of Engineers Australia (FIEAust) & Chartered Engineer (Electrical, Mechanical, & Project Management).
- [02]Over 30 years of advanced electromagnetic design experience spanning HVAC, aerospace, railway, and automotive propulsion.
- [03]Pioneering researcher in magnet-free high-torque Hybrid Switched Reluctance motor topologies for EV platforms.
- [04]Former engineering and design leadership at Nidec Corporation, Bajaj Electricals, Medha Servo, Regal Beloit, and Tecumseh.