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2011 Husqvarna Te250 MOT Pass Rate

Pass rate for Te250 models manufactured in 2011, based on 38 real MOT test results.

71.1%
Pass Rate
28.9%
Fail Rate
38
Total Tests
3,082
Avg Mileage

Data from official DVSA MOT testing records

2011 Husqvarna Te250 MOT Analysis

The 2011 Husqvarna Te250 has an MOT pass rate of 71.1% based on 38 tests — above the UK average for UK vehicles. Cars of this vintage present for MOT with an average of 3,082 miles on the odometer. With a 28.9% failure rate, the 2011 Te250 is rated as "Very Good" for MOT reliability.

The leading cause of MOT failure for the 2011 Husqvarna Te250 is Motorcycle suspension, responsible for 10.5% of failures. Suspension failures typically involve worn bushes, leaking shock absorbers, broken coil springs, and damaged suspension arms. These affect ride quality, tyre wear, and road holding. Typical repair costs range from £200–500. Motorcycle structure and attachments is the second most common issue at 7.9%. Motorcycle brakes follows at 5.3%.

⚠ Based on limited data (38 tests)

Top failures specific to 2011 models only. The overall Te250 page may show different rankings.

What Fails Most

Motorcycle suspension 10.5%
Motorcycle structure and attachments 7.9%
Motorcycle brakes 5.3%

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 Suspension10.5%4
2Motorcycle Structure And Attachments7.9%3
3Motorcycle Brakes5.3%2
4Motorcycle Lamps And Reflectors5.3%2

Mileage Statistics

3,082
Mean
2,762
Median
2,245
25th Percentile
3,496
75th Percentile

About This Data

The 2011 Husqvarna Te250 has an MOT pass rate of 71.1% based on 38 tests — above the UK average for UK vehicles. Cars of this vintage present for MOT with an average of 3,082 miles on the odometer. With a 28.9% failure rate, the 2011 Te250 is rated as "Very Good" for MOT reliability.

If you own or are considering buying a 2011 Husqvarna Te250, you can expect reliable MOT performance overall. Before your MOT, pay particular attention to motorcycle suspension: Look for uneven tyre wear, listen for clunking over bumps, and check if the car pulls to one side. A bouncy ride suggests worn shock absorbers. Visually inspect coil springs for cracks. With relatively low average mileage of 3,082 miles, many of these vehicles are still in good mechanical condition.

Motorcycle suspension — 10.5% of failures

Motorcycle suspension issues account for 10.5% of MOT failures on 2011 Husqvarna Te250 models. Suspension failures typically involve worn bushes, leaking shock absorbers, broken coil springs, and damaged suspension arms. These affect ride quality, tyre wear, and road holding. Typical repair costs: £200–500. Pre-MOT check: Look for uneven tyre wear, listen for clunking over bumps, and check if the car pulls to one side. A bouncy ride suggests worn shock absorbers. Visually inspect coil springs for cracks.

Motorcycle structure and attachments — 7.9% of failures

Motorcycle structure and attachments issues account for 7.9% of MOT failures on 2011 Husqvarna Te250 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 brakes — 5.3% of failures

Motorcycle brakes issues account for 5.3% of MOT failures on 2011 Husqvarna Te250 models. Brake-related failures include worn brake pads, corroded brake discs, leaking brake lines, and faulty brake servos. These are safety-critical components — any brake deficiency will result in an MOT fail. Typical repair costs: £150–400. Pre-MOT check: Listen for squealing or grinding noises. Check brake pedal feel — if it feels spongy or goes to the floor, have the system inspected immediately. Look at brake pad thickness through the wheel spokes (minimum 3mm).

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

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