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1983 Harley-davidson Fxwg MOT Pass Rate

Pass rate for Fxwg models manufactured in 1983, based on 37 real MOT test results.

89.2%
Pass Rate
10.8%
Fail Rate
37
Total Tests
24,416
Avg Mileage

Data from official DVSA MOT testing records

1983 Harley-davidson Fxwg MOT Analysis

The 1983 Harley-davidson Fxwg has an MOT pass rate of 89.2% based on 37 tests — well above the UK average for UK vehicles. Cars of this vintage present for MOT with an average of 24,416 miles on the odometer. With a 10.8% failure rate, the 1983 Fxwg is rated as "Excellent" for MOT reliability.

The leading cause of MOT failure for the 1983 Harley-davidson Fxwg is Motorcycle structure and attachments, responsible for 2.7% of failures. Motorcycle structure and attachments issues are a common cause of MOT failure. Regular inspection and maintenance of these components helps ensure your vehicle passes its MOT. Typical repair costs range from £100–400. Motorcycle steering is the second most common issue at 2.7%.

⚠ Based on limited data (37 tests)

Top failures specific to 1983 models only. The overall Fxwg page may show different rankings.

What Fails Most

Motorcycle structure and attachments 2.7%
Motorcycle steering 2.7%

What Fails on This Car?

Click a category to see specific failure items.

View as table
MOT failure categories ranked by failure rate
RankFailure CategoryRate (%)Count
1Motorcycle Structure And Attachments2.7%1
2Motorcycle Steering2.7%1

Failures per 10,000 Miles

avg. 24,416 mi

For every 10,000 miles driven, this shows what percentage of MOT tests fail for each category. This accounts for how far cars are actually driven, not just raw pass/fail counts.

Motorcycle structure and attachments1.11% per 10K miMotorcycle steering1.11% per 10K mi
View as table
Mileage-normalised failure rates by category
CategoryRate / 10K miRaw %Count
Motorcycle structure and attachments1.112.7%1
Motorcycle steering1.112.7%1

Mileage Statistics

24,416
Mean
15,381
Median
11,059
25th Percentile
29,514
75th Percentile
4.42% failures per 10K miles

Mileage-adjusted failure rate — accounts for how much this model year is typically driven.

About This Data

The 1983 Harley-davidson Fxwg has an MOT pass rate of 89.2% based on 37 tests — well above the UK average for UK vehicles. Cars of this vintage present for MOT with an average of 24,416 miles on the odometer. With a 10.8% failure rate, the 1983 Fxwg is rated as "Excellent" for MOT reliability.

If you own or are considering buying a 1983 Harley-davidson Fxwg, you can expect reliable MOT performance overall. Before your MOT, pay particular attention to motorcycle structure and attachments: Have this system checked during regular servicing. Look for warning signs like unusual noises, vibrations, or dashboard warning lights. With relatively low average mileage of 24,416 miles, many of these vehicles are still in good mechanical condition.

Motorcycle structure and attachments — 2.7% of failures

Motorcycle structure and attachments issues account for 2.7% of MOT failures on 1983 Harley-davidson Fxwg models. Motorcycle structure and attachments issues are a common cause of MOT failure. Regular inspection and maintenance of these components helps ensure your vehicle passes its MOT. Typical repair costs: £100–400. Pre-MOT check: Have this system checked during regular servicing. Look for warning signs like unusual noises, vibrations, or dashboard warning lights.

Motorcycle steering — 2.7% of failures

Motorcycle steering issues account for 2.7% of MOT failures on 1983 Harley-davidson Fxwg models. Steering failures include excessive play in the steering wheel, leaking power steering fluid, worn track rod ends, and damaged steering rack. These affect vehicle control and are closely related to suspension wear. Typical repair costs: £150–600. Pre-MOT check: Check for excessive steering wheel play (more than a few inches of free movement). Listen for whining from the power steering pump. Look for fluid leaks under the car near the front wheels.

Based on DVSA anonymised MOT test data (2005–2024). Crown copyright, Open Government Licence v3.0.

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