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2017 Ford S-MAX 2.0L Diesel · YP67 ABU

YP67 ABU

2017 Ford S-MAX (2.0L, diesel). First registered 30/09/2017. Recorded mileage 89,816 miles. MOT valid until 09/04/2027. Taxed until 01/04/2027.

Make & Model
FORD S-MAX
Year / Origin
2017 · Sheffield
MOT Status
Valid until 09/04/2027
Road Tax
Taxed (01/04/2027)
Recorded Mileage
89,816 mi
ULEZ Compliance
ULEZ Compliant (Euro 6 Diesel)
Fuel & Engine
Diesel · 2.0L
Reliability Guide
Common Faults
MOT Status
Valid
Valid until 09/04/2027
Tax Status
Taxed
Tax due 01/04/2027
Fuel Type
Diesel
Year
2017
Engine
1997cc
Mechanical Assessment

AI-generated interpretation of this vehicle’s MOT record — not an official statement and not a substitute for an independent inspection.

The 2017 Ford S-Max’s latest MOT test on 2026-04-07 resulted in a clean pass, though it included a single advisory regarding offside rear brake pads wearing thin, which is a routine but persistent issue across three consecutive MOTs since 2023. While the vehicle has not failed in the past four years, the recurring advisories on brake pad and disc wear—particularly the rear brake discs being scored but not critically weakened—suggest a developing maintenance concern. The front brake discs also showed close-to-legal wear in 2025, indicating that brake system attention is warranted, though the latest test did not flag any critical failures. The absence of failures in the intervening years suggests a stable maintenance trend, but the pattern of wear advisories demands proactive intervention to prevent potential brake performance degradation or premature failure, especially given the vehicle’s age and accumulated mileage. The recorded mileage of 89,816 miles for a nine-year-old S-Max represents a reasonable annual usage rate of approximately 9,980 miles per year, which aligns with typical driving patterns for this model class. The mileage distribution does not exhibit extreme gaps or rapid accumulation, suggesting consistent but not particularly high demand on components like the suspension, drivetrain, and wear items. However, the combination of moderate mileage and age means that certain consumables and wear parts may have reached or neared their operational limits, particularly in the braking system. The rear tyres, for instance, have shown wear patterns consistent with edge wear, which can indicate alignment or camber issues, and the prior failed MOT in 2021 highlighted a severe tyre cut that necessitated replacement. This reinforces the need for a thorough inspection of tyre condition and alignment to mitigate further wear or safety risks. Given the recurring brake advisories and the vehicle’s age, the prospective buyer should prioritise a detailed inspection of the braking system. Check the rear brake pads for even wear and ensure the discs are free from excessive pitting or scoring, which could compromise stopping performance. Listen for any abnormal brake pedal feel—such as sponginess, vibration, or binding—during a test drive, as these symptoms may indicate warped discs, contaminated brake fluid, or binding calipers. The offside rear brake pads being thin warrant immediate attention, with potential replacement recommended if they are below the minimum legal thickness of 1.5 millimetres. Additionally, verify that all brake hoses and lines are free from cracks or leaks, and inspect the brake fluid level and condition, as contamination or low fluid can exacerbate pad wear and reduce braking efficiency. Beyond the brakes, the buyer should conduct a comprehensive physical inspection of the vehicle’s structural and fluid-based components. Given the oil leak advisory from 2023, check under the vehicle for any persistent oil stains or drips, particularly around the valve cover, oil pan, or engine bay seals, which could indicate a failing oil seal or gasket. Ensure the engine oil level is correct and top up if necessary, and consider having the oil and filter serviced if the vehicle has not been serviced in over two years, as oil degradation from standing can accelerate engine wear. Inspect the suspension for signs of excessive play or unusual noises—such as clunks or rattles—when driving over bumps, which may indicate worn suspension bushes, broken coil springs, or damaged control arms. Lastly, examine the tyres for sidewall cracking or perishing, which can occur even at moderate mileages due to prolonged exposure to UV light and temperature fluctuations, and ensure the tread depth meets or exceeds the legal minimum of 1.6 millimetres. A thorough check of the 12V battery health, including voltage readings and corrosion on terminals, is also advisable, as standing vehicles can lead to battery discharge or internal corrosion over time.

YP67 ABU Key Findings

  • 5 MOT tests recorded
  • Latest MOT passed on 07/04/2026
  • 89,816 miles recorded at latest MOT
  • 1 defect noted at the latest MOT
  • Recurring brakes items (5 mentions)

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

MOT Roadworthiness Analysis
93
/ 100 · Excellent
DVSA Test Records Evaluated

MOT Roadworthiness: Excellent

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
✓ Exceptional MOT pass rate (100%)
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ULEZ Compliant

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YP67 ABU Mileage History

  1. 11/04/202229,915 mi
  2. 07/04/202343,507 mi+13,592 mi
  3. 10/04/202458,715 mi+15,208 mi
  4. 09/04/202575,578 mi+16,863 mi
  5. 07/04/202689,816 mi+14,238 mi

Average of roughly 15,017 miles per year across 5 recorded odometer readings.

YP67 ABU MOT History

Vehicle record last updated: 16 Sept 2026, 06:19
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 2017 Ford S-Max (YP67 ABU) between April 2022 and April 2026.

The record contains 5 passes and 0 failures.

The record shows no MOT failures, although 8 advisory notices note items to monitor.

Across all tests, the most frequently flagged areas are: Brakes (5 issues), Tyres (2 issues). 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.

PASS
FAIL
ADVISORY

Buyer's Guide & Inspection Advisory

Expert automotive synthesis from historical MOT defect records and market benchmarks.

Buying Score
62/100
Risk Level
Medium
Medium
Est. Annual Cost
£1,200-£1,500
Mileage
At 89,816 miles recorded in April 2026, ...

Our Verdict

Proceed with caution and a thorough insp

Given that the most recent test in April 2026 flagged an offside rear brake pad advisory, and the 2025 test noted both front brake discs scored and both rear tyres worn on the outer edge, these are clearly components approaching replacement. Negotiate the asking price to account for a full brake disc and pad refresh, plus two new rear tyres, which could easily total £500-£700 at a specialist or main dealer. The 2023 test also recorded an oil leak described as not excessive — this warrants a close inspection of the engine and undertray for any seepage from the sump, turbo, or cam chain area, all known concerns on the 2.0 TDCi engine.

Ask the seller for any service history documentation and receipts to verify that oil and filter changes have been carried out at the correct intervals, particularly given the higher-than-average annual mileage. Check that the Dual-Clutch automatic gearbox (if fitted to this variant) has had its transmission oil changed, as Ford originally recommended a 'lifetime' fill which is now widely understood to be a serviceable item. Test all electrical features including the powered tailgate, dual-zone climate control, and any rear-seat entertainment, as S-Max models are known for occasional electrical gremlins in the body control module.

A pre-purchase inspection by an independent garage familiar with Ford diesels is strongly recommended. Pay particular attention to the timing belt replacement interval on this 2.0-litre diesel, which should have been changed at around 100,000 miles or six years — depending on service evidence, this may be due imminently and represents a £500-£800 job.

The 2.0-litre TDCi diesel S-Max typically returns around 45-50 mpg on a mixed drive, dropping to 35-40 mpg in town, giving it reasonable fuel economy for a seven-seat MPV. Road tax falls in a moderate VED band for this engine, though as a vehicle registered between 2017 and 2020, you should verify the exact rate using the current VEA banding — expect somewhere in the £150-£200 range annually. Insurance for the S-Max generally sits in groups 20-25, so premiums for a typical driver will be moderate but worth obtaining a quote before purchase.

Routine servicing costs are reasonable for a Ford diesel, with oil and filter changes typically priced at £150-£200 at independent garages. The vehicle is approaching the mileage where major service items such as timing belt, water pump, and possibly clutch (if manual) may be due, so factor these into your budget. Brake fluid and coolant renewals every two years should also be expected. Overall, this is a moderately priced vehicle to maintain compared to premium-badged alternatives, though parts for the PowerShift DCT gearbox can be costly if problems develop.

The MOT history highlights brake and tyre wear as recurring themes, so a physical inspection should focus on measuring remaining brake pad and disc thickness across all four corners with a torch and possibly a gauge. Front discs showing pitting and scoring (as recorded in April 2025) suggest the caliper sliders may be sticking, so check for uneven wear and ensure the car pulls up straight under heavy braking. Both rear tyres showing outer edge wear in 2025 indicates either incorrect tracking or frequent kerbing — get the alignment checked and inspect the sidewalls for damage.

For the 2.0 TDCi diesel specifically, inspect the oil for any signs of contamination or excessive discolouration on the dipstick, and look underneath for fresh leaks around the turbo, oil filter housing, and rear main seal. The oil leak flagged as 'not excessive' in April 2023 should be monitored — ask whether it has worsened and check the undertray for residue. Also inspect the EGR valve and intake manifold for carbon build-up, a common issue on high-mileage Ford diesels that can cause rough running and loss of power.

General checks should include verifying all warning lights extinguish promptly on start-up, confirming the air conditioning blows cold (re-gas costs around £60-£80), and ensuring the seven-seat configuration functions correctly with all fold-flat mechanisms operating smoothly. Examine the rear suspension for sagging springs, as the S-Max can sit low at the back when loaded — a sign the original spec dampers may need replacing. Finally, check the rear tailgate struts hold the door firmly open, as failed gas struts are a frequent S-Max complaint.

This silver Ford S-Max, first registered in September 2017, has recorded five consecutive MOT passes between 2022 and 2026 with mileage rising from 29,915 to 89,816 miles. While there are no failures on record, three of the five tests contained advisories, predominantly relating to brake pads, brake discs, and tyres. The diesel 2.0-litre engine and seven-seat MPV body make it a practical family choice, though the recent advisory pattern indicates wear items will need attention soon.

Based on aggregate data from 86,161 Ford S-Max vehicles analysed, the model has an MOT pass rate of 77.5%, which sits slightly below the UK average for vehicles of this age. The most common failure reasons across the model range are headlights, exhaust components, and tyres — broadly consistent with the advisories seen on this individual vehicle.

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

Data Sources

DVSA

Official MOT test logs & failure reasons

DVLA

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Experian

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AI Analysis

Historical fault & advisory patterns