AXIAL FLUX GENERATOR DESIGN & SIZING - BLANK RFQ CHECKLIST
CustomAxialFlux · Model revision 2026-11-06
Source: /resources/axial-flux-generator-design
Engineering planning checklist only. No tested hardware or thermal rating implied.
For current inputs, calculated dimensions and energy balance use the live tool export.

[ ] Project Name / NDA Status / Target Prototype Delivery Schedule:
[ ] Application Domain:
    [ ] Small Direct-Drive Wind Turbine
    [ ] Engine / Hybrid Range Extender
    [ ] Micro-Hydro / Marine Hydrokinetic
    [ ] Marine Auxiliary Genset / PMA
    [ ] Custom OEM Generation Program

[ ] Prime Mover & Mechanical Input:
    - Rated Shaft Power: [   ] kW (Peak: [   ] kW)
    - Rated Speed: [   ] RPM (Speed Range: [   ] to [   ] RPM)
    - Available Shaft Torque at Rated Speed: [   ] N·m
    - Maximum Continuous Overspeed: [   ] RPM
    - Shaft Interface: [ ] Solid Keyed  [ ] Spline  [ ] Hollow Through-Shaft

[ ] Electrical Output & Grid/Bus Interface:
    - Target Output: [ ] DC Bus  [ ] 3-Phase AC
    - System Voltage: [   ] V (Tolerance: +/- [   ]%)
    - Rectification: [ ] Passive Diode Bridge  [ ] Schottky  [ ] Active Synchronous MOSFET  [ ] External Inverter
    - Target Delivered Power: [   ] kW continuous

[ ] Envelope & Geometric Constraints:
    - Maximum Allowable Outer Diameter: [   ] mm
    - Maximum Allowable Axial Length: [   ] mm
    - Preferred Topology: [ ] Coreless Dual-Rotor Single-Stator (Zero Cogging)
                         [ ] Slotted Laminated Torus
                         [ ] SMC Slotted Single-Rotor Single-Stator

[ ] Thermal & Environmental Conditions:
    - Ambient Operating Temperature: [   ] °C to [   ] °C
    - Cooling Media: [ ] Natural Convection  [ ] Direct Forced Air  [ ] Liquid Cooling (Water/Glycol)
    - Ingress Protection: [ ] IP54  [ ] IP65  [ ] IP67 Submersible

[ ] Attach current live-tool CSV export and 2D/3D interface drawings (STEP/PDF).
Contact desk: inquiry@customaxialflux.com