1966 Land Rover 88" - 4 Cyl — MOT History by Age
How cars manufactured in 1966 perform at MOT as they age
Data from official DVSA MOT testing records
Insufficient data for same-age comparison.
How This Car Ages
Pass rate progression for the 1966 Land Rover 88" - 4 Cyl as it ages.
Bar chart showing pass rate by car age from 43 to 50 years
📊 View as table
| Age | Pass Rate | Tests |
|---|---|---|
| 43 yrs | 54.6% | 130 |
| 44 yrs | 58.9% | 124 |
| 45 yrs | 66.4% | 137 |
| 46 yrs | 57.4% | 129 |
| 47 yrs | 56.4% | 133 |
| 48 yrs | 62.9% | 132 |
| 49 yrs | 70.9% | 134 |
| 50 yrs | 68.9% | 132 |
Pass Rate Trend
How the 1966 Land Rover 88" - 4 Cyl pass rate changes as it ages, from first MOT to most recent.
Trend shows improving over 8 years
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| Built | Pass Rate | Tests |
|---|---|---|
| 2016 (50 yrs) | 68.9% | 132 |
| 2015 (49 yrs) | 70.9% | 134 |
| 2014 (48 yrs) | 62.9% | 132 |
| 2013 (47 yrs) | 56.4% | 133 |
| 2012 (46 yrs) | 57.4% | 129 |
| 2011 (45 yrs) | 66.4% | 137 |
| 2010 (44 yrs) | 58.9% | 124 |
| 2009 (43 yrs) | 54.6% | 130 |
Year-by-Year MOT Results
Common MOT Failures
Top failure categories across all test years for 1966 Land Rover 88" - 4 Cyl, with age trends.
How Failures Change With Age
Comparing failure rates between the youngest and oldest test years.
| Category | At Youngest | At Oldest | Change | Trend |
|---|---|---|---|---|
| Suspension | 20.8% (43 yrs) | 34.1% (50 yrs) | +13.3%
| 🔴 ↑ |
| Brakes | 24.6% (43 yrs) | 32.6% (50 yrs) | +8.0%
| 🔴 ↑ |
| Body, Structure and General Items | 10.8% (43 yrs) | 12.9% (50 yrs) | +2.1%
| 🔴 ↑ |
| Lamps, Reflectors and Electrical Equipment | 29.2% (43 yrs) | 27.3% (50 yrs) | -1.9%
| ⚪ — |
| Driver's View of the Road | 12.3% (43 yrs) | 11.4% (50 yrs) | -0.9%
| ⚪ — |
Other Manufacture Years
Looking for the best year to buy? See the full comparison on the Land Rover 88" - 4 Cyl page →
About This Data
This page shows how Land Rover 88" - 4 Cyl cars manufactured in 1966 perform at MOT as they age. Data spans from 2009 to 2016, covering 1,051 tests. Pass rates naturally decline with age as components wear.
Based on DVSA anonymised MOT test data (2005–2024). Crown copyright, Open Government Licence v3.0.