Arwibon Q06Pro Controller Wiring Check Guide
If your Arwibon Q06pro has a motor that will not run, an intermittent dual-drive problem, or a display error such as E-10 or E-07, inspect the controller wiring inside the deck before replacing electrical parts.
This guide follows the official Arwibon Q06 Pro controller wiring inspection procedure. It covers Controller A, Controller B, the front and rear motor Hall connectors, the six bolted motor phase-wire joints, and the No. 1–20 connectors shown in the service video.
The connector numbering below applies to the Q06Pro wiring layout shown in this procedure. It should not be treated as a universal wiring standard for other Arwibon models.
Q06pro Controller Specifications
| Controller | Model | Electrical Rating | Original Assignment |
|---|---|---|---|
| Controller A | ZF-063 (10F) A | 60V, undervoltage 50±1V, current limit 35±1A, 120° | Rear motor |
| Controller B | ZF-063 (10F) B/120 | 60V, undervoltage 50±1V, current limit 35±1A, 120° | Front motor |
On the Arwibon Q06Pro configuration shown in the official procedure, Controller A operates the rear motor and Controller B operates the front motor.
Before Starting: Disconnect the Battery
Open the deck and locate the yellow XT60 battery connector.
Disconnect the XT60 before touching any of the numbered plugs, Hall connectors, or motor phase-wire terminals.
Do not inspect or move the bolted phase-wire joints while battery power is connected.
The six motor phase connections use exposed metal terminals underneath insulating sleeves, so the battery connection should remain disconnected until all electrical checks are complete.
CheckControllers A and Connectors 1–4
Step 1: Check Connector No. 1 — Rear Motor Hall Connector
Locate the wiring coming from Controller A.
Connector No. 1 is the white 6-pin Hall sensor connector used for the rear motor.
The procedure shows red, black, yellow, green, and blue Hall wiring entering the connector.
Check that:
- The connector halves are fully joined
- The locking tab is engaged
- No terminal has moved backward inside the housing
- No pin is visibly bent
- No wire is loose at the rear of the plug
A Hall connector can appear connected while one metal terminal has actually backed away from its mating pin.
Step 2: Check Connector No. 2 — Green Rear Motor Phase Wire
Locate the green high-current phase-wire connection from Controller A.
This connection uses bolted ring terminals covered by a white insulating sleeve.
Check that the hardware is secure and that the sleeve completely covers the metal joint.
There should be no exposed bolt, nut, or ring terminal.
Step 3: Check Connector No. 3 — Blue Rear Motor Phase Wire
Inspect the blue phase-wire joint in the same way.
Check the bolt connection first, then the white insulating sleeve and the cable tie used to keep the sleeve in place.
If the sleeve has moved away from the joint, reposition it before reconnecting the battery.
Step 4: Check Connector No. 4 — Yellow Rear Motor Phase Wire
Inspect the yellow phase-wire joint from Controller A.
The green, blue, and yellow rear motor phase terminals should all be secure and separately insulated.
Do not allow one phase terminal to touch another terminal, the controller housing, or the metal frame.
Check Connectors 5–7
Step 5: Check Connector No. 5
Connector No. 5 is a small black 2-pin plug.
The official procedure shows orange/white wiring on one side and green/black wiring on the other.
This connector is identified in the supplied reference as part of the brake-cutoff or auxiliary control circuit.
Check that the plug is fully seated and that the terminals have not moved backward inside the housing.
Step 6: Check Connector No. 6
Connector No. 6 is another small black 2-pin connector.
The procedure shows blue/white wiring on one side and yellow/red wiring on the other.
It is identified in the supplied reference as a speed or limiting-control signal connection.
Check the locking tab, wire position, and terminal seating.
Do not change wire positions based only on color.
Step 7: Check Connector No. 7 — Main Multi-Pin Harness
Connector No. 7 is one of the largest black connectors inside the deck.
The supplied procedure describes it as a wide 6-pin/8-pin-style multi-pin connector carrying several front control signals.
It is associated with the handlebar controls, main display, key-switch circuit, and related control wiring shown in the Q06Pro procedure.
Push both housings together and confirm that the locking mechanism is fully engaged.
If the scooter has an intermittent communication fault, inspect the terminals inside this connector carefully.
Identify Controller B and Check Connectors 8–10
Step 8: Confirm Controller B
Locate the second controller and check its label before continuing.
The official procedure identifies Controller B as:
ZF-063 (10F) B/120
This is the front motor controller in the Q06Pro configuration shown in the video.
Step 9: Check Connector No. 8
Connector No. 8 is a small black 2-pin plug marked with an A label in the supplied procedure.
The source shows white/gray-white wiring on one side and orange/black wiring on the other.
It is identified as part of the controller-link or enable wiring.
Check that the connector is fully inserted and that neither terminal backs out when the two halves are pressed together.
Step 10: Check Connector No. 9 — Controller A/B Bridge Harness
Connector No. 9 is another wide black multi-pin connector.
The supplied procedure identifies it as the bridge connection between Controller A and Controller B.
Check that both halves are fully seated and that the locking tab has engaged.
A partially connected multi-pin plug can create intermittent communication or dual-drive problems even when the housings appear to be touching.
Step 11: Check Connector No. 10
Connector No. 10 is a black 3-pin plug.
The procedure shows red/white/orange wiring on one side and red/green wiring on the other.
It is identified in the supplied reference as a throttle or control-signal branch.
Inspect the connector without changing its original terminal arrangement.
Check Connectors 11–19
Step 12: Check Connector No. 11
Connector No. 11 is a black 2-pin plug marked with a C label.
The source shows black/orange wiring.
It is identified as part of the SINGLE/DUAL control branch.
If the scooter does not switch correctly between single and dual drive, check this connection before assuming the handlebar switch or controller has failed.
Step 13: Check Connector No. 12
Connector No. 12 is shown with orange, red, and black wiring.
The supplied procedure associates this branch with the ECO/TURBO mode circuit.
Check for a loose housing, damaged locking tab, or backed-out terminal.
Step 14: Check Connector No. 13
Connector No. 13 is another small black plug marked A.
The source shows white/red wiring on one side and orange wiring on the other.
It is identified in the supplied procedure as an auxiliary lighting or signal-control branch.
Keep the original wire arrangement unchanged.
Step 15: Check Connector No. 14
Connector No. 14 is a black 2-pin connector with a thicker gray protective sleeve.
The procedure shows white/black wiring on one side and red/black wiring on the other.
It is identified as part of the side-light or auxiliary LED power branch.
Check that the protective sleeve is not pulling on the connector or placing tension on the wires.
Step 16: Check Connector No. 15
Connector No. 15 is a black 3-pin plug.
The supplied procedure shows green/yellow wiring on one side and red/yellow/blue wiring on the other.
It is identified as part of the brake-light or tail-light control branch.
Inspect the terminals if the rear lighting works intermittently.
Step 17: Check Connector No. 16
Connector No. 16 is a small black 2-pin connector.
The procedure shows red/black wiring on one side and blue/black wiring on the other.
It is identified as part of the external horn trigger circuit.
If the horn wiring has previously been modified, compare this connector with the original Q06Pro layout before moving any terminals.
Step 18: Check Connector No. 17
Connector No. 17 is a black 3-pin locking connector.
The supplied procedure shows blue/red/green wiring on one side and red/white/blue wiring on the other.
It is identified as part of the front headlight and light-ring control wiring.
Check that the plug is fully joined and that no terminal has moved backward.
Step 19: Check Connector No. 18
Connector No. 18 is a longer black 3-pin plug.
The procedure shows blue/white wiring on one side and yellow/purple/black wiring on the other.
It is identified as part of the multifunction handlebar-control wiring.
Check this connector if one of the handlebar functions becomes intermittent.
Step 20: Check Connector No. 19
Connector No. 19 is a small black 2-pin plug.
The supplied reference shows two blue wires on one side and black/yellow wiring on the other.
It is identified as part of the electronic brake or auxiliary brake-cutoff circuit.
Check its locking tab and terminal seating.
Check Controller B and Connector No. 20
Step 21: Check Connector No. 20 — Front Motor Hall Connector
Move to the motor-output side of Controller B.
Connector No. 20 is the white 6-pin Hall sensor connector used for the front motor.
Inspect it in the same way as Connector No. 1.
Check for:
- A loose locking tab
- Backed-out terminals
- Bent pins
- Corrosion
- Loose wires
- A connector that is not fully joined
If the front motor jerks, fails to start, or produces a Hall-related error, this connector should be checked before replacing the motor.
Step 22: Check the Front Motor Phase Wires
Controller B also uses yellow, green, and blue high-current phase wires.
Inspect all three bolted connections.
Each joint should be secure and completely covered by its white insulating sleeve.
If cable ties are used to hold the sleeves in place, make sure the sleeves cannot slide away and expose the metal terminals.
Do not reconnect the battery while any phase-wire joint remains uncovered.
Q06Pro Connector 1–20 Quick Reference
| No. | Connector / Wire Identification | Function Listed in the Supplied Procedure |
|---|---|---|
| 1 | White 6-pin, red/black/yellow/green/blue | Controller A rear motor Hall connector |
| 2 | Green bolted phase terminal | Controller A rear motor green phase |
| 3 | Blue bolted phase terminal | Controller A rear motor blue phase |
| 4 | Yellow bolted phase terminal | Controller A rear motor yellow phase |
| 5 | Black 2-pin, orange/white → green/black | Brake-cutoff / auxiliary control |
| 6 | Black 2-pin, blue/white → yellow/red | Speed / limiting-control signal |
| 7 | Wide black multi-pin harness | Main handlebar/display/key control harness |
| 8 | Black 2-pin, label A | Controller-link enable branch |
| 9 | Wide black multi-pin harness | Controller A/B bridge connection |
| 10 | Black 3-pin | Throttle/control branch |
| 11 | Black 2-pin, label C | SINGLE/DUAL control branch |
| 12 | Small black connector | ECO/TURBO control branch |
| 13 | Black 2-pin, label A | Auxiliary lighting/signal branch |
| 14 | Black 2-pin with gray sleeve | Side/auxiliary LED power branch |
| 15 | Black 3-pin | Brake/tail-light control branch |
| 16 | Black 2-pin | External horn trigger branch |
| 17 | Black 3-pin | Front headlight/light-ring control |
| 18 | Long black 3-pin | Multifunction handlebar control |
| 19 | Black 2-pin | Electronic brake / auxiliary cutoff |
| 20 | White 6-pin | Controller B front motor Hall connector |
How to Check Each Connector Correctly
Do not judge a connector only by whether the two plastic housings appear to touch.
Check the latch and inspect the wires at the back of the plug.
If one wire sits farther back than the others, the internal terminal may have backed out.
For a suspected terminal problem:
- Disconnect the XT60 battery connector.
- Photograph the original connector orientation.
- Record the original wire cavity.
- Release the terminal carefully with a suitable pick.
- Inspect the retaining tang.
- Reset the tang slightly if necessary.
- Reinsert the terminal into the same original cavity.
- Lightly pull the wire to confirm that the terminal is locked.
Do not rearrange terminals based only on wire color.
Check Connectors No. 7 and No. 9 Carefully
Connector No. 7 and Connector No. 9 are larger multi-pin connections and carry several electrical paths.
Inspect them closely if the Arwibon Q06Pro has an intermittent communication or dual-drive problem.
Hold the plastic housings and push the plugs together until the locking mechanism engages.
If either connector stops before it is fully seated, disconnect it and inspect the pins rather than forcing it.
A bent terminal inside a multi-pin connector can create another electrical fault.
Keep All Phase-Wire Connections Insulated
Controller A and Controller B together have six bolted motor phase-wire joints.
After checking them, make sure every joint is completely covered.
The white insulating sleeves should prevent the metal terminals from touching another phase wire, the controller body, or the frame.
Do not leave a damaged or missing sleeve in place and rely only on electrical tape around a high-current phase connection.
Reconnect the XT60 Battery Connector Last
After all 1–20 connectors, both Hall plugs, and all six phase-wire joints have been inspected, arrange the wiring inside the deck.
Keep the harness away from bolt holes and sharp frame edges.
Reconnect the yellow XT60 battery connector last.
Then turn on the scooter and check whether the original fault remains.
If you need to test the motors, raise the appropriate wheel or both wheels before applying throttle. Start with a small throttle input.
Arwibon Q06Pro Wiring and Parts Compatibility
This wiring reference applies to the arwibon q06 pro, arwibon q06pro, arwibon q06, and the q06 pro electric scooter wiring configuration shown in the official inspection procedure.
When ordering arwibon scooter parts such as Controller A, Controller B, Hall connectors, displays, switches, or lighting harnesses, compare the replacement part with the original wiring and connector layout before installation.
General searches for arwibon scooter, arwibon electric scooter, arwibon scooters, or arwibon e scooter components may return wiring used on other models.
The same applies to arwibon scooter 5600w, arwibon 5600w, and arwibon 5600w adult electric scooter searches. The 5600W description alone does not confirm the correct controller, connector count, or wiring layout.
An arwibon scooter charger is part of a separate charging circuit and is not included in this 1–20 controller connector inspection. Likewise, q06pro electric scooter off road chargers refers to charging equipment rather than the controller wiring described here.
