Service Manual
 
The information on these pages is only valid for:
2016 Zero S/SR/DS/DSR Service Manual
Welcome! Use the navigation to the left to view documents.
Unpacking Procedure
 

Although unpacking the Zero motorcycle can be done by a single person, it is recommended to have a second person to help lift and remove your motorcycle from the crate base.

Wood Shipping Crate

Outer Box Cover

• Cut and remove the two metal outer box retention straps.

• Remove the screws along the crate base.

• Remove screws along the side of the crate that has the metal clamps on it.

• Remove the metal clamps, and remove the side panel.

• Remove the remaining outer box cover.

Inner Assembly

• Carefully remove plastic cover from motorcycle.

• Locate small parts box below motorcycle and put to the side. (This box contains important documentation, owner’s manual, keys, handlebar clamps and hardware, etc.)

• Carefully lift rear portion of the motorcycle over the swingarm standoff and off crate base.

• Carefully lift front wheel out of crate base.

• Deploy kickstand, lean motorcycle and inspect in accordance with delivery inspection sheet.

Card Board Shipping Crate

Outer Box Cover

• Cut and remove the two plastic outer box retention straps.

• Unscrew stabilizer bar bolts, one on each side of outer box.

• Open box top and remove inner cardboard end reinforcement sleeves.

• Unscrew stabilizer bar from handlebar riser and remove.

• Unscrew lower crate cover retaining screws and washers.

• Lift or cut outer box away from motorcycle.

Inner Assembly

• Carefully remove plastic cover from motorcycle.

• Locate small parts box below motorcycle and put to the side. (This box contains important documentation, owner’s manual, keys, handlebar clamps and hardware, etc.)

• Remove the tie down straps from the crate base.

• Carefully lift rear portion of the motorcycle over the swingarm standoff and off crate base.

• Carefully lift front wheel out of crate base.

• Deploy kickstand, lean motorcycle and inspect in accordance with delivery inspection sheet.

Recycling

The Zero Motorcycles shipping crate and packaging materials were designed to be completely recycled. Please cut down and recycle all cardboard, plastic, and metal materials in appropriate receptacles.

The tie down straps that accompanied your motorcycle can be reused as regular tie down straps for transporting your motorcycle.

Main Bike Board (MBB)
 
ABS Indicator and OFF Signals
 
C47 Main Bike Board Inline Fuse
 

C47 Main Bike Board Inline Fuse

con0770

Connector Part Information

  • 8000000005
  • ABC 4A
  • 2-Way (BLK)

Pin

Wire Color

Function

1 ORN Voltage from Power Pack
2 ORN/BLU Voltage to  Main Bike Board

Under the Fuse Center, Inside the Harness

 

C318 12 Volt Accessory Connector Face View
 

C318 12 Volt Accessory Connector Face View

Connector Part Information

  • JBDY13004AL
  • 2-Way (BLK)

Pin

Wire Color

Function

1 BLK Ground, Accessory 0 V
2 BLU Fuse 4 Voltage

Front of the Frame, Above the Power Pack

Splice 488
 

Photo Not Available

Joint
Point

Connector

Pin

Color

Function

graphic for table
C306 - BLK Ground
graphic for table middle
C50 2 BLK Ground
graphic for table bottom
C97 1 BLK Ground

DC/DC Converter
 
Indicators
 
Description and Operation
 

Suspension

Description and Operation

The front and rear suspension can be adjusted for sag and damping. For adjustment procedures, refer to Suspension Adjustment.

Front Suspension

The fork assembly contains the triple tree and fork legs (shocks). The triple tree holds the fork legs in place and attaches the fork assembly to the frame.

The shock has two main actions: Compression when the shock gets compressed, and rebound when the shock returns back to full length. Compression damping is the adjustment that determines how fast or slow the fork compresses. Rebound damping is the adjustment that determines how fast or slow the fork rebounds.

Rear Suspension

The rear suspension is a swingarm with a monoshock design. One end of the swingarm is connected to the frame (pivot end) and the end to the wheel. Controlling the action/movement of the swingarm is the shock.

The shock is a fully adjustable coilover design. The coilover shock contains a spring surrounding it. The spring rate is adjustable and is factory set for a 82 kg (180 lb) rider. The rate is a measure of how much force is required to compress the spring a given distance. The higher the rate, the more force it takes to compress it a given distance, and the less it compresses under a given force.

The shock has two main actions: Compression when the shock gets compressed, and rebound when the shock returns back to full length. Compression damping is the adjustment that determines how fast or slow the shock compresses. Rebound damping is the adjustment that determines how fast or slow the shock rebounds.

Anti-Lock Brake System (ABS) Description and Operation
 

Anti-Lock Brake System (ABS) Description and Operation

General Information

Bleed the hydraulic brake system any time a brake hose, ABS module, master cylinder or brake caliper has been opened or disassembled, or whenever the brake lever operation feels "spongy." Bleeding evacuates air from the system leaving only incompressible hydraulic fluid. This system requires a special bleeding procedure.

Caution: Use only fresh, uncontaminated DOT 4 brake fluid. Fluid containers that have been opened may have been contaminated by dirt or moisture. Use of contaminated brake fluid may adversely affect braking ability and lead to brake failure which could result in death or serious injury.

Notice: Cover adjacent surfaces when removing, draining, filling and/or bleeding brake system components. Spilling brake fluid on painted or other finished surfaces can result in cosmetic damage. Immediately wipe up any spilled brake fluid and thoroughly clean affected area.

ABS Major Component Locations

1. ABS Hydraulic Control Unit (HCU)

2. ABS Module Fuse (25 amp)

3. Rear Wheel Speed Sensor

4. Front Wheel Speed Sensor

The Antilock Braking System (ABS) consists of the following components:

• A conventional hydraulic brake system

• Antilock components

The conventional brake system includes the following components:

• A rear master cylinder

• A front master cylinder

• Front disc brake

• Rear disc brake

• Interconnecting hydraulic brake lines

The ABS includes the following components:

• An ABS (Antilock Brake System) Hydraulic Control Unit (HCU)

• Two wheel speed sensors

• The interconnecting wiring

• An amber ABS warning indicator

The ABS HCU controls hydraulic pressure to the following areas:

• The front caliper

• The rear caliper

The ABS HCU controls hydraulic pressure by modulating the hydraulic pressure. This action prevents wheel lock-up.

The HCU constantly monitors the rotational speed of the front and back wheel; if it detects a wheel rotating significantly slower than the other, a condition indicative of impending wheel lock, it actuates the valves to reduce hydraulic pressure to the brake at the affected wheel, thus reducing the braking force on that wheel; the wheel then turns faster. Conversely, if the HCU detects a wheel turning significantly faster than the other, brake hydraulic pressure to the wheel is increased so the braking force is reapplied, slowing down the wheel. This process is repeated continuously.

The HCU is programmed to disregard differences in wheel rotation speed below 5 MPH.

If a fault develops in any part of the ABS, a warning light will illuminated on the instrument panel, and the ABS will be disabled until the fault is corrected.

The diagnostic codes are held in the system and require a special cable to connect to it and retrieve the fault codes.

MBB/BMS Interface
 
Editing Source Code

This works similar to the tera term.

1. Select the “MBB/BMS Interface” tab at the top of the window then select the “Connect” button at the bottom of the page.

22238

2. Once connected to the motorcycle, type commands in the area at the bottom of the window, then select “Enter”. Type the word “help” will bring up the main menu.

Main Menu Options