CUSTOMAXIALFLUX — ENGINEERING RFQ CHECKLIST
Axial flux AGV motor duty cycle: wheel-load and repeated-cycle torque-speed brief
https://customaxialflux.com/resources/axial-flux-agv-motor-duty-cycle

Company:
Contact / business email:
Country / Region:
Drawing revision / mechanical CAD format (.step / .dxf):
Prototype quantity:
Annual production volume:
Target project schedule / delivery date:

1. AGV Vehicle Architecture & Drive Arrangement
Please provide: Total vehicle mass (tare + payload kg), number of driven wheels (1, 2, or 4), drive type (direct-drive in-wheel hub vs planetary geared).
Your input: ____________________

2. Wheel & Tire Geometry
Please provide: Wheel outer diameter (mm), tire tread width, tire compound (Polyurethane 92-95 Shore A, Vulkollan, solid rubber), estimated rolling resistance coefficient.
Your input: ____________________

3. Motion Profile & Ramp Specification
Please provide: Cruising speed (m/s), acceleration time to max speed (s), deceleration time (s), maximum ramp incline (%, degrees, and duration).
Your input: ____________________

4. Repeated Duty Cycle Breakdown
Please provide: Repetition period (s), acceleration duration (s), constant cruise duration (s), ramp duration (s), regen braking duration (s), station dwell / loading stop duration (s).
Your input: ____________________

5. Electrical Supply & Inverter Interface
Please provide: Nominal DC bus voltage (24V / 48V / 80V / 96V), minimum and maximum battery bus range, inverter continuous and peak phase current limits (Arms), switching frequency.
Your input: ____________________

6. Thermal Cooling & Ingress Boundary
Please provide: Cooling method (natural convection in wheel hub, forced chassis conduction, heat-sink fins), maximum ambient air temperature, required IP rating (IP54 / IP65 / IP67).
Your input: ____________________

Record rotating inertia allowance and measured motor/gear inertia. Identify powered hill holds, incline starts, downhill travel and steering scrub omitted by the worksheet.

7. Feedback & Control Interface
Please provide: Position sensor requirement (differential Hall sensors, Sin/Cos resolver, SSI/BiSS-C absolute encoder), brake requirement (integrated holding brake / mechanical park brake).
Your input: ____________________

Acceptance plan to agree:
- Compare every signed torque-speed point including braking against supplier mounted continuous and pulse ratings. Agree the IEC duty type separately.
- Validate RMS torque calculation against measured current waveforms on dynamic test cycle.
- Confirm NdFeB magnet operating temperature margin below demagnetization threshold at peak phase current.
- Agree radial and axial wheel bearing load capacities for shock and curb impacts.

Request NDA before confidential CAD or project disclosure. A request does not execute an agreement.
Send the completed brief through https://customaxialflux.com/contact or inquiry@customaxialflux.com

Worksheet boundary: all calculated torque, power and current values are per motor with equal tractive sharing. DC current is not motor phase current. Constant-efficiency loss is not winding temperature. No safety compliance or IEC S3 rating is established.