Motorcycle reliability file
Kawasaki KLZ MOT pass rate & common failures
From 2,647 recorded MOT tests of the Kawasaki KLZ, published by DVSA.
Data updated
Quick answer
The Kawasaki KLZ passes 90.6% of MOT tests, against 86.5% for all motorcycles. The most recorded failure is "A shock absorber not functioning or leaking severely", in 18.1% of failed tests.
At a glance
Recorded pass rate
4.1 points above the fleet average of 86.5%. The examples tested do not cover a wide enough spread of ages and mileages to compare fairly against the rest of the fleet, so no rank is claimed; the failure record below stands on its own.
DVSA recorded wording
Most common failure items
Share of failed Kawasaki KLZ tests in which each item was recorded. One failed test often lists several, so these do not sum to 100%.
- 1.A shock absorber not functioning or leaking severely18.1%
23 occurrences
- 2.Tyre tread depth not in accordance with the requirements13.4%
17 occurrences
- 3.Brake lining or pad worn below 1.0mm10.2%
13 occurrences
- 4.Steering head bearings excessively stiff, notchy, or with excessive wear or play8.7%
11 occurrences
- 5.Stop lamp missing, inoperative or in the case of a multiple light source more than 1/2 not functioning7.9%
10 occurrences
- 6.A headlamp missing, inoperative or more than ½ not functioning in the case of LED7.1%
9 occurrences
- 7.A tyre valve seriously damaged or misaligned likely which could cause sudden deflation of the tyre6.3%
8 occurrences
- 8.Audible warning not working6.3%
8 occurrences
- 9.A rear registration plate lamp or light source missing or inoperative in the case of a single lamp or all lamps6.3%
8 occurrences
- 10.The aim of a headlamp is not within limits laid down in the requirements5.5%
7 occurrences
- 11.A stop lamp(s) does not illuminate by the operation of both brake controls or remains on when the brakes are released5.5%
7 occurrences
- 12.Brake disc or drum excessively weakened, insecure or fractured3.9%
5 occurrences
Warnings without a failure
Most common advisories
Share of all Kawasaki KLZ tests carrying each advisory.
- 1.Tyre tread depth not in accordance with the requirements6.5%
173 tests
- 2.Brake lining or pad worn below 1.0mm3.2%
84 tests
- 3.Steering head bearings excessively stiff, notchy, or with excessive wear or play2.6%
69 tests
- 4.Excessive fluctuation in brake effort through each wheel revolution2.0%
54 tests
- 5.A transmission belt, chain, sprocket or pulley excessively loose or worn1.9%
50 tests
- 6.Tyre tread depth not in accordance with the requirements1.4%
36 tests
- 7.Exhaust noise levels in excess of those permitted1.3%
35 tests
- 8.A transmission belt, chain, sprocket or pulley excessively loose or worn1.2%
31 tests
How wear changes the picture
KLZ pass rate by age and registration year
What gets tested
The KLZ fleet
- Average mileage recorded at test
- 17,174
- Test classes
- class 2: 2,642 · class 1: 5
Names grouped into this model (20)
- KLZ 1000
- KLZ 1000 ACF
- KLZ 1000 ADF
- KLZ 1000 BHF
- KLZ 1000 BJF
- KLZ 1000 BJFA
- KLZ 1000 CKF
- KLZ 1000 CLF
- KLZ 1000 CNFNN
- KLZ 1000 CNSNN
- KLZ 1000 CPSNN
- KLZ 1000 DKF SE
- KLZ 1000 DLF SE
- KLZ 1000 DMFNN
- KLZ 1000 DNFNN
- KLZ 1000 DNSNN
- KLZ 1000 DPSNN
- KLZ 1000 EMFNN
- KLZ 1000 ENFNN
- KLZ 1000 ENSNN
Compare within the range
Other Kawasaki motorcycles
- Kawasaki ZX89.7%
- Kawasaki ZR88.3%
- Kawasaki EX84.4%
- Kawasaki ER87.2%
- Kawasaki ZX-6R81.4% raw
- Kawasaki KLE87.5%
- All Kawasaki motorcycles
Common questions
- What is the MOT pass rate for a Kawasaki KLZ?
- 90.6% unadjusted, from 2,647 DVSA tests. The average across all motorcycles is 86.5%.
- What does a Kawasaki KLZ fail its MOT on?
- "A shock absorber not functioning or leaking severely" is recorded in 18.1% of failed Kawasaki KLZ tests, followed by "Tyre tread depth not in accordance with the requirements" (13.4%). One failed test often lists several items.
- What mileage does a Kawasaki KLZ usually have at its MOT?
- 17,174 miles on average across every age tested, so a description of the fleet rather than an annual figure. Motorcycle mileages are low and vary enormously with use; a commuter bike and a weekend bike of the same age can differ by a factor of ten.
Analysis built from DVSA data of