Begin with a use brief, not a wattage target
For city commuting, consider starts, intersections, daily distance and parking. For folding models such as F1-PRO and WK-F3, also consider carrying and storage. For WK-R1Pro deliveries, describe the cargo, stop frequency and longest climb. For RANGER and TERCEL, state the actual off-road terrain and riding duration. The destination market and permitted use must be settled separately; a power option in the configurator does not establish road eligibility.
- Provide total operating weight, wheel size, gradients and duration of demanding sections.
- Agree the target retail position and local repair route.
Understand the drive path
A hub motor applies drive at the wheel, largely independently of the bicycle's pedal transmission. It does not use the bicycle's gears to change its motor-to-wheel ratio. A conventional pedal mid-drive sends power through the chainring, chain and rear gearing; appropriate low gears can help on sustained climbs, but the transmission carries both rider and motor torque. A centrally mounted motor on an electric off-road motorcycle is not automatically the same architecture as a pedal-assist mid-drive. Confirm the actual drive path for the selected model.
Compare torque and heat under the same conditions
Motor power alone does not predict climbing performance. Torque quoted at a crank and torque quoted at a wheel are not directly comparable without gearing. Wheel radius, total load and controller limits also affect available drive force. A hub system working slowly under high load may generate significant heat; a pedal mid-drive also needs appropriate gearing and rider technique. Ask for performance at the required load, gradient and duration rather than relying on one peak number.
Specify ride feel and electrical compatibility
Motor position does not determine sensor type. Both the sensor arrangement and controller tuning influence how assistance starts, builds and stops. Where a model supports pedal assistance, evaluate the transition from pedaling to coasting and the behavior of each assistance level. Confirm that battery voltage, continuous current, peak demand, connectors and any communication protocol match the selected motor and controller. A larger motor rating is not a substitute for a compatible battery or well-controlled power delivery.
Include servicing in the purchase decision
A hub system may simplify the pedal drivetrain, but tire replacement involves a heavier motor wheel, wiring and axle hardware. Spoked motor wheels require the correct spokes and build; one-piece wheels have different service needs. A pedal mid-drive usually leaves more conventional wheels but can increase chain and sprocket wear and may require dedicated diagnostics. Compare spare parts, tools, training and repair time alongside the initial purchase price. Neither architecture is maintenance-free.
Turn the WAYBYK configuration request into an agreed specification
Use the model-specific configurator as the starting point for discussion. H1 and H2 currently offer hub-motor requests at 60 V or 72 V, with 1000 W, 1500 W or 2000 W power preferences. RANGER and TERCEL offer 48 V, 60 V or 72 V and 1500 W, 2000 W, 3000 W or 5000 W preferences. These are quotation inputs, not confirmation that every combination fits either model. Motor location, frame interfaces, battery capability and market requirements must be reviewed before the order. Ask WAYBYK to identify the approved components and service arrangements in writing.
- Share the model, destination, route, load, daily distance and target quantity.
- Confirm the final configuration, approved alternatives and spare-parts plan together.