HaloDrive’s axial flux motor enables faster compute, lower costs, and greener operations.

Today, up to 40% of a data center’s total energy consumption is spent on cooling rather than computation. As chips get hotter and rack densities increase, traditional cold plate and air cooling systems struggle to keep up. 

HaloDrive motor delivers big savings and sustainability benefits by eliminating complex plumbing, streamlining installation, and boosting reliability. Its eco-friendly design cuts resource use, extends equipment life, and reduces the energy and carbon footprint—making it as smart for the planet as it is for performance.

ROI & Operational Savings

  • 30–60% reduction in cooling energy cost

  • 20–40% lower CapEx vs cold plate & fan-cooled systems

  • Zero external plumbing or pumping infrastructure

  • Lower failure rates = higher uptime

Sustainability & ESG Advantages

  • 100% recyclable dielectric fluid

  • Reduces water usage by >95%

  • Enables AI workloads in low-power edge deployments

  • Extends silicon life by maintaining uniform chip temperatures

HaloDrive outperforms across every attribute that matters to high-density compute, immersion cooling, and AI workloads.

Key Features

  • High-Density Ready – Scales seamlessly to 15–30 kW per rack for 150–350+ kW AI racks where PCB motors fail.

  • Unmatched Efficiency – Sustains 97%+ efficiency under continuous ultra-high-density loads.

  • Integrated Cooling Engine – Rotor doubles as oil impeller + heat exchanger, eliminating external pumps, hoses, and leak risks.

  • Compact, Rack-Optimized Form Factor – Delivers maximum kW per volume, with a through-hole for cables, pneumatics, or manifolds.

  • All-in-One Reliability – Combines motor, VFD, and pump in a single sealed assembly, cutting components, footprint, and failure points.

  • Materials Flexibility – Configurable with Nd, ferrite, or cerium magnets to reduce rare-earth dependency and cost volatility.

  • Quiet & Interference-Free – Oil damping ensures low acoustic noise and zero EMI disruption in white-space environments.

  • Hyperscale Validation – Actively tested with OEMs and Tier-1s with mission-critical validation and cAI data center deployments.