Rover Unknown (1984)
1984 Rover Unknown
CarHunch analysed 350 real MOT records for the 1984 Rover Unknown. This breakdown of actual test outcomes — pass rates, defect profiles, mileage data — isn't published anywhere else.
What to check before buying a 1984 Rover Unknown
Practical pre-purchase checks for this age and model.
- 📋 Check the full MOT history. Look for recurring advisories — slow-building issues like corrosion or brake wear patterns show up years before they become failures. Enter the reg below for a full AI analysis.
- 🔍 Inspect for corrosion in person. Brake pipes, sills, subframes, and chassis legs. Surface rust is normal at this age; structural rust is a serious problem that's expensive to fix and can fail an MOT.
- 🛞 Check tyres and brakes. The most common advisory items at this age. Budget for replacement if they're near the limit — factor this into your offer price.
- 📄 Run an HPI check. The MOT history won't show outstanding finance, insurance write-offs, or stolen status — an HPI check will.
Before you buy a Rover Unknown
MOT history is one piece of the puzzle. These checks can reveal what CarHunch can't.
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Pass Rate by Fuel Type
| Fuel type | Vehicles | Pass rate | Avg failures |
|---|---|---|---|
| Petrol (95%) | 332 | 0.6% | 0 |
| Diesel (5%) | 17 | 14.7% | 0.06 |
| Electric (0%) | 1 | 0% | 0 |
Mileage Distribution
Most 1984 Rover Unknown vehicles sit in the blue band. If the car you're looking at is outside it, it's either unusually low or high mileage for its age.
Half of all 1984 Rover Unknown vehicles fall between 30,130 and 42,338 miles.
MOT History Averages
Most Common MOT Issues — 1984 Rover Unknown
Based on actual MOT test records for this model. Percentage shows how often each item appears across all vehicles in this cohort.
-
16.7%
nearside & offside font headlamps deteriorating
-
16.7%
parking brake efficiency only just met - 16%
-
16.7%
play in steering idler arm 1st axel rear axel brake hose union worn
-
16.7%
Nearside Rear Vehicle structure corroded to the extent that the rigidity of the assembly is significantly reduced
-
16.7%
Offside Front Position lamp not working
-
16.7%
Offside Rear Vehicle structure corroded to the extent that the rigidity of the assembly is significantly reduced
-
16.7%
Nearside Front Suspension component mounting prescribed area excessively corroded significantly reducing structural strength chassis spring seat
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16.7%
Brake performance not tested due to bind and d/s rear wheel leaking brake fluid
Data covers a 3-year window centred on 1984. Counts include advisories and failures.
Found a specific Rover Unknown?
Enter the reg to see its individual MOT history, AI Hunches, and how it compares to this cohort.