Use this page for the documented 80V specifications. Match the bike and component revision before applying a value; detailed installation, battery interpretation, and service procedures have their own references.

Detailed References

Platform Overview

Feature80V ONYX
FrameAluminum 6082-T6
Battery System80V
MotorCustom 80V Motor
ControllerCustom Controller
TiresTubeless
BrakesDual Hydraulic
DisplayColor Touch Display

Performance Levels

PlatformModekWHP
80VNormal810.7
80VSports1824.1
80VHyper2229.5

Values above stock depend on controller configuration, battery capability, and system design. Modified builds can vary significantly from stock output.


Weight & Load

PlatformBikeBike without BatteryBatteryMax LoadRear Rack
80V150 lb115 lb35 lb385 lb45 lb

Dimensions

PlatformLengthWidthHeight STDHeight STY
80V ONYX69" (5.75')27"40"38"

Seat Dimensions

SeatValue
Seat Size19" long × 7" wide × 4" high
Seat Foam Thickness2"
Seating Length16"
Seat Travel Adjustment3.2"
Standard Seat Height33"
Shorty Seat Height31.5"

Tire Specifications

PlatformDiameterConstructionPressure
80V23"Tubeless Tire32-35 PSI

Materials

Component80V ONYX
FrameAluminum 6082-T6
Rear Swing ArmAluminum 6082-T6
Battery CaseAluminum 6061-T6
HandlebarsAluminum 6061-T6
Front ForksAluminum 7005-T6
Rear SuspensionSteel 1020 / 1026 DOM
Rear RackAluminum 6061-T6

Battery Specifications

BatteryVoltageContinuousPeak / Pulse
ONYX 45Ah80V120 A180-200 A

Peak: 0.5-5 seconds
Pulse: 5-30 seconds


Battery Connectors

PlatformCharge ConnectorDischarge Connector
80VHIGO S824B / QS9 Adapter 14 AWGQS9 6 AWG

Controller Summary

PlatformControllerStock Power Levels0-30 mph
80VCustomEco 750W / Normal 6kW / Sport 18kW / Hyper 22kW~1.7 s

Brake Disc Measurements

PlatformPartMeasurement
80VRear Disc220 mm × 3 mm

PCD: 6 × 44 mm
Center Bore: 32 mm


80V ONYX Braking

The 80V platform uses dual hydraulic disc brakes.

Recommended braking distribution:

  • 70% front brake
  • 30% rear brake

This follows standard motorcycle braking dynamics where weight transfer increases front traction during deceleration.