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2013 Volkswagen Polo 1.2L Petrol · NG62 EWF

NG62 EWF

2013 Volkswagen Polo (1.2L, petrol). First registered 01/02/2013. Recorded mileage 114,411 miles. MOT valid until 19/02/2027. Taxed until 01/03/2027.

Make & Model
VOLKSWAGEN POLO
Year / Origin
2013 · Newcastle
MOT Status
Valid until 19/02/2027
Road Tax
Taxed (01/03/2027)
Recorded Mileage
114,411 mi
ULEZ Compliance
ULEZ Compliant (Euro 4+)
Fuel & Engine
PETROL · 1.2L
Reliability Guide
Common Faults
MOT Status
Valid
Valid until 19/02/2027
Tax Status
Taxed
Tax due 01/03/2027
Fuel Type
PETROL
Year
2013
Engine
1198cc

NG62 EWF Key Findings

  • 5 MOT tests recorded
  • Latest MOT passed on 20/02/2026
  • 114,411 miles recorded at latest MOT
  • 2 historical MOT failures
  • 1 defect noted at the latest MOT
  • Recurring suspension items (5 mentions)

Derived directly from the recorded DVSA and DVLA data shown on this page.

MOT Roadworthiness Analysis
75
/ 100 · Good
DVSA Test Records Evaluated

MOT Roadworthiness: Good

This rating reflects historical MOT pass rates and recurring advisory wear patterns from official DVSA test logs. Note that roadworthiness does not verify outstanding finance, insurance write-offs, or stolen records.

✓ Valid MOT
✓ Taxed
! Average MOT pass rate (60%)
! Older vehicle
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ULEZ Compliant

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NG62 EWF Mileage History

  1. 10/02/202495,960 mi
  2. 11/02/2025105,872 mi+9,912 mi
  3. 15/02/2025105,909 mi+37 mi
  4. 09/02/2026114,152 mi+8,243 mi
  5. 20/02/2026114,411 mi+259 mi

Average of roughly 9,091 miles per year across 5 recorded odometer readings.

NG62 EWF MOT History

Live data last synced with DVSA: 3 Sept 2026, 10:44
MOT Analysis

Interpretation generated from the recorded test data above — not an official DVSA statement and not a substitute for an independent inspection.

5 MOT tests are recorded for this 2013 Volkswagen Polo (NG62 EWF) between February 2024 and February 2026.

The record contains 3 passes and 2 failures.

The most recent test on 20 February 2026 was a pass, although the earlier record includes 2 failures that buyers may want to investigate.

Across all tests, the most frequently flagged areas are: Suspension (5 issues), Brakes (1 issue). Repeated mentions in one area can indicate an ongoing pattern worth checking in person.

In total 8 advisory notices are recorded. Advisories flag items that passed but may need attention before the next test; they are not evidence of how well the vehicle has been serviced.

Recorded failure items include: “Nearside Front Outer Suspension component mounting prescribed area excessively corroded significantly reducing structura”; “Offside Front Outer Suspension component mounting prescribed area excessively corroded significantly reducing structural”.

PASS
FAIL
ADVISORY

Buyer's Guide & Inspection Advisory

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Buying Score
38/100
Risk Level
High
High
Est. Annual Cost
£1,000-£1,300
Mileage
At 114,411 miles over approximately 13 y...

Our Verdict

Approach with significant caution. This

Given the structural corrosion failures recorded in both 2025 and 2026, this vehicle should only be considered after a thorough independent assessment. Arrange for a specialist to put the car on a ramp and physically inspect both front inner and outer sills, paying particular attention to the suspension mounting points where the advisories and failures were recorded. The fact that the vehicle passed just 11 days after failing in February 2026 suggests repair work was carried out, so obtain full documentation of what was done, by whom, and request before-and-after photographs. A professional welding inspection costing around £100-£150 could save you from inheriting a £1,000+ repair bill.

When negotiating, use the structural corrosion history as leverage. Even though the car currently has an MOT, the recurrence of the same defect within 12 months suggests the underlying corrosion may be spreading to adjacent areas. Request that the seller provides evidence of any welding or reinforcement work completed, ideally with an invoice from a recognised garage. If they cannot produce this documentation, factor in at least £800-£1,500 for potential future sill repairs when making your offer, or walk away entirely.

Check that a full service history is available. The MOT records alone do not establish mechanical maintenance, so ask for receipts for oil changes, cambelt replacement (the 1.2 petrol typically needs this every 4-5 years), and any brake work. Also verify that the mileage is consistent with the MOT readings shown, and ask why this Polo has covered roughly 2,800 more miles annually than the Volkswagen Polo average of around 6,000 miles.

The 1.2-litre petrol Polo is known for sensible running costs. Real-world fuel economy typically falls between 42-50 mpg depending on driving style, giving a range of around 380-450 miles from the 45-litre tank. Insurance for a 2013 Polo 1.2 in the lower insurance groups (likely group 4-7) should cost between £350-£600 annually for a typical driver. Annual VED road tax for a petrol vehicle registered before April 2017 with this engine size is £35.

Maintenance costs for the 1.2 petrol engine are generally modest. A minor service typically costs £100-£150, while a major service including cambelt can run £400-£600. Given the high mileage of 114,411, budget for wear-and-tear items such as tyres (£50-£80 each fitted), brake pads and discs (£200-£300 for a front axle refurbishment), and potentially a replacement clutch if not already done, which would cost £400-£550. The structural corrosion concerns add an uncertain maintenance liability that could dwarf typical running costs.

Estimated annual running costs, excluding any major corrosion repairs: £1,000-£1,300 covering fuel (assuming 8,000 miles at 45 mpg), insurance, tax, a mid-range maintenance budget. This is broadly in line with similar superminis, though the high mileage means consumables may wear faster than on lower-mileage examples.

Begin with a meticulous examination of both front suspension mounting areas on the sills, as this is where the vehicle failed MOT tests in 2025 and 2026. Place the car on a ramp if possible and look for fresh welding, paint, or underseal that might be concealing further corrosion. Tap the sill surfaces with a screwdriver handle or coin and listen for hollow sounds indicating rust behind the bodywork. Pay particular attention to the jacking points, inner wheel arches, and the area where the suspension strut meets the body, as corrosion often spreads from one panel to the next.

Check the suspension components themselves, as the 2024 MOT noted worn rear bushes on both front suspension arms. While these were within limits at the time, they may have deteriorated since. Also inspect the offside rear brake that was recorded as binding in 2024, which sometimes indicates a sticking caliper or handbrake mechanism. Test the car on a road with various surfaces to listen for knocking, creaking, or clonking from the front end, particularly over speed bumps and potholes.

Inspect the engine bay for signs of fluid leaks, the condition of the cambelt (due for replacement around 80,000-100,000 miles on the 1.2 unit, so likely overdue at 114,000 miles), and the general state of the cooling system. Check the exhaust for corrosion, particularly the front section and downpipe, and ensure all tyres have at least 3mm of tread and are matching. Finally, verify that the car's VIN plate matches the documentation, that all warning lights illuminate and extinguish correctly on startup, and that there are no current dashboard warning lights illuminated.

This 2013 Volkswagen Polo with the 1.2-litre petrol engine has covered 114,411 miles across roughly 13 years, equating to an above-average annual mileage of around 8,800 miles. The MOT history shows two failures in consecutive years (2025 and 2026), both involving the same critical issue of excessive corrosion at the front suspension mounting areas on both sills. While the vehicle eventually passed both subsequent tests, the repeated nature of this structural defect is concerning and may indicate progressive corrosion that could recur.

The Volkswagen Polo as a model shows an MOT pass rate around the national average, with the most common failures relating to tyres, engine management lights, and ball joint wear. The structural sill corrosion seen on this specific vehicle is less typical and may reflect localised conditions, accident damage, or neglect rather than a model-wide pattern.

Reviewed by the IsItAGoodCar editorial team — Verified automotive analysis synthesized from official vehicle registries.

Data Sources

DVSA

Official MOT test logs & failure reasons

DVLA

Tax, registration & powertrain specs

Experian

Finance, stolen markers & total loss

AI Analysis

Historical fault & advisory patterns