FORM ENDURANCEAcademyStart with the essentials · 8 MIN
Find the main inspection points and recognise when to stop.
General pre-ride inspection remains available. Identify unknown equipment and consult its manufacturer’s checks; do not infer a safe-to-ride result from lesson completion.
Frame & controls. Inspect the frame, fork and cockpit for damage and unexpected looseness.
Original teaching model · simplified geometry, not a manufacturer service model. Clearances may be enlarged.
STEP 1 OF 5
Work around the bike in the same order each time: wheels, frame, drivetrain, brakes and controls. Find a well-lit area and support the bicycle securely.
If you find a crack, loose component or an unfamiliar fault, stop the check and arrange service before riding. Do not “test ride” a suspected failure.
You have a stable bike, adequate light and a clear inspection route.
Inspection and learning. Tightening, wheel installation and fault repair need the instructions for your bicycle.
Source check: September 2026. Use the current manual for your exact component. These lessons do not replace model-specific service instructions.
Work around the bike in the same order each time: wheels, frame, drivetrain, brakes and controls. Find a well-lit area and support the bicycle securely.
If you find a crack, loose component or an unfamiliar fault, stop the check and arrange service before riding. Do not “test ride” a suspected failure.
What you’re checking: You have a stable bike, adequate light and a clear inspection route.
Look around each tyre for cuts, bulges, exposed casing or a bead that sits unevenly. Check pressure with a gauge against the tyre and wheel guidance.
Confirm each wheel is secure using its actual retention-system instructions. Quick-release, thru-axle and nutted wheels do not share one closing procedure. Lift and turn each wheel carefully; investigate unexpected rubbing or wobble. Keep fingers away from spokes and rotors.
What you’re checking: Both tyres and wheels pass their specified checks; an unexplained problem pauses the ride.
Inspect the frame, fork, handlebar and saddle area for new damage or movement. Pay particular attention after a crash or impact.
Do not guess a bolt torque or tighten everything indiscriminately. Investigate a loose part using the bicycle/component instructions, or ask a mechanic.
What you’re checking: No new damage or unexpected looseness. Suspected structural damage is assessed before use.
Identify the drivetrain and shifting controls before testing them. A chain-drive example does not cover belt drives or every internal-gear system.
Inspect for damage and unusual wear. If checking shifting, use the bicycle’s prescribed method with hands clear of moving parts. Unexpected skipping, movement or noise needs investigation.
What you’re checking: The drivetrain is identified and there are no unexplained faults.
Front: Locate the brake’s model code and confirm how it operates. Learn the parts in the example, but do not transfer an adjustment or wear limit to an unidentified brake. A bicycle shop can identify it.
Rear: Locate the brake’s model code and confirm how it operates. Learn the parts in the example, but do not transfer an adjustment or wear limit to an unidentified brake. A bicycle shop can identify it.
Confirm both controls operate normally before riding. Once all stationary checks pass, verify braking at low speed in a clear, level area according to your owner’s manual. Stop if either brake behaves unexpectedly.
What you’re checking: Both brakes work predictably. A failed or uncertain brake check means no ride.
Original Form conceptual geometry, version 1. It is simplified and may use enlarged clearances. No manufacturer endorsement is implied.