Mag-Inertia One™ v1

Axial-flux intelligence for mission-critical uptime.

Monitor the Mag-Inertia One™ platform, run torque predictions, and brief partners on subsystem readiness through an Ioncore-branded interface that flexes beautifully on any device.

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Electrical export 170 kW Continuous @ 3,000 rpm

Mechanical torque 1.46 kN·m Continuous shaft output

Energy reserve 94 kWh Battery + 150 F super-cap

System Overview

Parameter	Value
Footprint (L × W × H)	305 × 305 × 390 mm
Dry Mass	265 kg ± 3%
On-board Energy	94 kWh NMC + 150 F super-cap
Continuous Electrical Export	170 kW
Continuous Mechanical Power	184 kW @ 3,000 rpm
Continuous Shaft Torque	1.46 kN·m
Peak Shaft Torque (10 s)	2.00 kN·m
Idle Loss	< 200 W

Core Subsystems

Rotor & Stator: 200 mm Halbach disk, 1 mm gap, 1.2 T flux
Field Coils: 6 × 95 turns AWG-17 @ 10 A
Active Magnetic Bearings: 2 × radial, 1 × axial, 20 kHz control
Power Electronics: SiC rectifier, 2 × 350 A inverters, DC-link capacitors
Energy Storage: 94 kWh battery + 150 F super-cap
Cooling: Glycol loop, 10 kW radiator
Control: dSPACE VCU + H2W AMB DSP

Interactive Torque Calculator

Use axial-flux field inputs to estimate shaft torque during design reviews.

Output Estimator

Flex the RPM profile to preview electrical export during commissioning.

RPM

Estimated Power: 170.0 kW

Power-Flow Logic

// Pseudocode for energy-mode decision
if (torque_request > 0) {
  mode = 'Motor';
  Iq = +Iq_demand;
} else if (battery_SOC < 0.9 && torque_request == 0) {
  mode = 'Charging';
  Iq = -Iq_max;
} else {
  mode = 'Idle';
  Iq = 0;
}