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Quick reference Torque specs

152K views 32 replies 26 participants last post by  Maximus7  
#1 · (Edited by Moderator)
How about it. I was doing some spontaneous work on my bike and realized I don't have torque specs for sh1t.

So here are torque specs and a quick reference sticky, so I can like hit it from my phone next time. I figure these are the frequent ones. I know I'm not the only one that's been in this situation before.

  • Pinch bolts - 16 ft.lb
  • front axle - 58 ft.lb
  • front caliper bolts - 33 ft.lb
  • front rotor bolts - 14 ft.lb
  • Steering stem nut - 76 ft.lb

The front wheel spacer with the rim goes on the brake side

  • Upper and lower triple clamp bolts - 17 ft. lb
  • OE clipon bolt - 20ft.lb

  • rear axle - 83 ft.lb
  • rear rotor bolts - 31 ft.lb
  • rear sprocket bolts - 47 ft.lb
  • Front sprocket - 40 ft.lb
  • Rear shock + link bolts - 33 ft.lb

The rear wheel spacer with the rim goes on the sprocket side.

  • Throttle adjust lock nut. - 4 ft.lb
  • Passenger foot peg - 20 ft.lb
  • OE rearsets - 27 ft.lb
  • Oil drain bolt - 22 ft.lb
  • Oil filter -20 ft.lb
  • clutch lever mount clamp bolt - 9 ft.lb
  • clutch banjo - 25 ft.lb

Frame slider/engine bolts, (fr + mid hanger bolt) - 47 ft.lb


HESD FUNCTION TEST PROCEDURE
• Support the motorcycle securely using a hoist or equivalent and raise the front wheel off the ground.
• Before function the test, check the l for minimum damping characteristics by moving the steering
right and left quickly several times. Operate the steering quickly and at a uniform force during the
test.

Perform the HESD function test as follows:
1. Lower the side stand (side stand switch OFF).
2. Shift the transmission into any gear other than neutral.
3. Open the throttle grip fully.
4. Turn the ignition switch ON with keeping the state of 1 - 3.

The HESD indicator starts blinking and the HESD system enters the Function Test Mode for 10 seconds.

Make sure that the damping characteristics (force) changes, by means of comparing the minimum damping characteristics before the Function Test with the maximum damping characteristics under the Function Test.
 
#3 · (Edited by Moderator)
Torque Reference

The best quick reference torque specs is knowledge, no kinda disrespect here, you generally use the bolt size as a reference, 6mm go to 10-13 ft-lbs, 8mm go 14-17 and 10mm go 22-24. It all depends on if being threaded into alloy or steel and how much thread engagement.

Axles and larger applications are generally by a manufactures spec. Use of Loctite and or anti-seize are factors. I have replaced every bolt on my bike with titanium or alloy and use these guidelines on all ti fasteners, alloys are a more touchy topic.
 
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#20 · (Edited by Moderator)
The best quick reference torque specs is knowledge, no kinda disrespect here, you generally use the bolt size as a reference, 6mm go to 10-13 ft-lbs, 8mm go 14-17 and 10mm go 22-24. It all depends on if being threaded into alloy or steel and how much thread engagement.

Axles and larger applications are generally by a manufactures spec. Use of Loctite and or anti-seize are factors. I have replaced every bolt on my bike with titanium or alloy and use these guidelines on all ti fasteners, alloys are a more touchy topic.
Good general advice. Just be careful. There are items on these bikes such as axles, steering stems, triple clamps, and others that have specific torque specs due to loading bearings and certain surfaces and not to the specific fatigue points of the bolts and threads.
 
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#7 · (Edited by Moderator)
How about it. I was doing some spontaneous work on my bike and realized I don't have torque specs for sh1t.

So here are torque specs and a quick reference sticky, so I can like hit it from my phone next time. I figure these are the frequent ones. I know I'm not the only one that's been in this situation before.

  • Pinch bolts - 16 ft.lb
  • front axle - 58 ft.lb
  • front caliper bolts - 33 ft.lb
  • front rotor bolts - 14 ft.lb
  • Steering stem nut - 76 ft.lb

The front wheel spacer with the rim goes on the brake side

  • Upper and lower triple clamp bolts - 17 ft. lb
  • OE clipon bolt - 20ft.lb

  • rear axle - 83 ft.lb
  • rear rotor bolts - 31 ft.lb
  • rear sprocket bolts - 47 ft.lb
  • Front sprocket - 40 ft.lb
  • Rear shock + link bolts - 33 ft.lb

The rear wheel spacer with the rim goes on the sprocket side.

  • Throttle adjust lock nut. - 4 ft.lb
  • Passenger foot peg - 20 ft.lb
  • OE rearsets - 27 ft.lb
  • Oil drain bolt - 22 ft.lb
  • Oil filter -20 ft.lb
  • clutch lever mount clamp bolt - 9 ft.lb
  • clutch banjo - 25 ft.lb

Frame slider/engine bolts, (fr + mid hanger bolt) - 47 ft.lb


HESD FUNCTION TEST PROCEDURE
• Support the motorcycle securely using a hoist or equivalent and raise the front wheel off the ground.
• Before function the test, check the the l for minimum damping characteristics by moving the steering
right and left quickly several times. Operate the steering quickly and at a uniform force during the
test.

Perform the HESD function test as follows:
1. Lower the side stand (side stand switch OFF).
2. Shift the transmission into any gear other than neutral.
3. Open the throttle grip fully.
4. Turn the ignition switch ON with keeping the state of 1 - 3.

The HESD indicator starts blinking and the HESD system enters the Function Test Mode for 10 seconds.

Make sure that the damping characteristics (force) changes, by means of comparing the minimum damping characteristics before the Function Test with the maximum damping characteristics under the Function Test.
Good looking Snik! When are you coming up to the DC area (with the bike)?
 
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