2020 Nissan Navara 2.3L Diesel · BN20 YFW
2020 Nissan Navara (2.3L, diesel). First registered 03 Jun 2020. Recorded mileage 62,119 miles. MOT valid until 01 Jun 2027. Taxed until 01 May 2027.
- Make & Model
- NISSAN NAVARA
- Year / Origin
- 2020 · Birmingham
- Safety Recall
- Unknown
- MOT Status
- Valid until 01 Jun 2027
- Road Tax
- Taxed (01 May 2027)
- Recorded Mileage
- 62,119 mi
- ULEZ Compliance
- ULEZ Compliant (Euro 6)
- Fuel & Engine
- Diesel · 2.3L
- Reliability Guide
- Common Faults
AI-generated interpretation of this vehicle’s MOT record — not an official statement and not a substitute for an independent inspection.
Thinking of buying this vehicle? Free MOT and tax checks do not cover legal ownership. If outstanding finance exists, finance companies have legal right to repossess without compensation.
BN20 YFW Key Findings
- 7 MOT tests recorded
- Latest MOT passed on 11/05/2026
- 62,119 miles recorded at latest MOT
- 3 historical MOT failures
- No defects recorded at the latest MOT
- Recurring tyres items (3 mentions)
Derived directly from the recorded DVSA and DVLA data shown on this page.
BN20 YFW MOT History
Interpretation generated from the recorded test data above — not an official DVSA statement and not a substitute for an independent inspection.
7 MOT tests are recorded for this 2020 Nissan Navara (BN20 YFW) between June 2023 and May 2026.
The record contains 4 passes and 3 failures.
The most recent test on 11 May 2026 was a pass, although the earlier record includes 3 failures that buyers may want to investigate.
Across all tests, the most frequently flagged areas are: Tyres (3 issues), Lighting (3 issues), Brakes (2 issues), Bodywork (1 issue), Windscreen (1 issue). Repeated mentions in one area can indicate an ongoing pattern worth checking in person.
In total 7 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: “Offside Front Tyre tread depth below requirements of 1.6mm (5.2.3 (e))”.
BN20 YFW Mileage History
- 02/06/202334,234 mi
- 15/05/202445,328 mi+11,094 mi
- 15/05/202445,328 mi
- 27/05/202556,014 mi+10,686 mi
- 27/05/202556,014 mi
- 11/05/202662,115 mi+6,101 mi
- 11/05/202662,119 mi+4 mi
Average of roughly 9,483 miles per year across 7 recorded odometer readings.
Technical Specifications
Core Specifications
Identification & Status
Dimensions & Weights
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Known faults for Nissan Nissan Navara (NP300)
Our database tracks 6 specific mechanical faults and recurring failure patterns identified across UK MOT testing stations for this generation.
MOT Roadworthiness: Average
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.
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Buyer's Guide & Inspection Advisory
Expert automotive synthesis from historical MOT defect records and market benchmarks.
Our Verdict
This 2020 Nissan Navara represents a rea
Given that this Navara has covered just over 10,000 miles per year, slightly above the model norm, a thorough mechanical inspection is sensible to confirm the vehicle has not been subjected to harder-than-average use. Ask the seller for any service history documentation, particularly evidence of timely oil and filter changes given the diesel engine's servicing intervals — without these records, you cannot verify how well the 2.3-litre dCi unit has been maintained. When negotiating, factor in the cost of four new tyres if the offside front was indeed below the 1.6mm legal minimum at the recent test, as this suggests the remaining tyres may also be approaching the end of their life.
The wiper failure from May 2025 is a relatively trivial repair, but combined with the 2024 advisory on front brake pads wearing thin, it indicates that consumable items have been left to deteriorate. This is common on working pick-ups used in all weather conditions, but it does suggest the previous keeper may have been reactive rather than proactive with maintenance. Buyers should test the wipers thoroughly on a dry and wet screen, and inspect brake pad wear via the wheels rather than relying solely on the MOT record.
Finally, check the load bed for dents, scratches and corrosion, and confirm the spare wheel and tool kit are present. Pick-ups of this age frequently show cosmetic wear around the bed and tailgate, and a missing spare or jack kit is a common oversight when vehicles change hands.
The 2.3-litre dCi diesel engine in this Navara typically returns around 30-35 mpg in real-world mixed driving, dropping to mid-20s mpg under load. Road tax for a Euro 6 diesel of this age falls into a relatively low bracket, but you should verify the current VED rate as post-2020 diesels can attract a premium Vehicle Excise Duty supplement. Insurance for a Navara typically sits in group 30-35, so quotes in the £600-£900 range annually are reasonable depending on your profile.
Maintenance costs are moderate for a pick-up of this size, with annual servicing likely to cost £250-£400 depending on whether you use a main dealer or independent specialist. The 2.3-litre dCi is generally considered robust, but the timing chain, dual-mass flywheel and turbo are known wear items on higher-mileage examples — at 62,119 miles these are still likely to be in good order but warrant attention if the vehicle has been used for heavy towing. Budget around £150-£250 annually for tyres, given the recent failure on the offside front.
Overall estimated annual running costs including fuel, tax, insurance and routine maintenance would be in the region of £2,800-£3,500 depending on mileage and usage patterns.
Start with a close inspection of all four tyres, measuring tread depth across the full width rather than just the centre, as the May 2026 failure showed uneven wear on the offside front. Uneven tyre wear on a pick-up can indicate alignment issues, suspension wear or simply neglected rotation. Check the sidewalls for cracking or bulges, which are common on vehicles that have spent time on rough terrain or carry heavy loads.
Next, operate the wipers on both dry and wet screens to confirm the mechanism clears effectively across the full swept zone, since the previous failure cited both nearside and offside performance. Inspect the front brake pads through the wheel spokes, or have a garage measure remaining pad material, as the 2024 MOT advisory noted they were already wearing thin. Given the model's known MOT failure points include headlamps, coil springs and anti-roll bar components, pay particular attention to headlamp condition and lens clarity, and listen for knocking or creaking noises from the front suspension over speed bumps and uneven surfaces.
Finally, examine the underside of the vehicle on a ramp if possible, looking for any corrosion on the chassis, rear leaf springs and exhaust system. Pick-ups used for towing or off-road work can suffer from accelerated underbody corrosion, and any visible repairs or welding should be investigated further. Test the four-wheel-drive system if fitted, engaging low range and confirming the diff lock functions as intended.
This Nissan Navara is a 2.3-litre Euro 6 diesel pick-up first registered in June 2020, finished in grey and now showing 62,119 miles. The MOT history shows two failures out of three tests, though both were caused by relatively minor and easily rectified items rather than structural or mechanical defects. The mileage of 62,119 over six years equates to roughly 10,353 miles per year, which sits slightly above the model average of 9,374 miles annually. Against a model fleet of nearly 90,000 Navaras with a 77.2% MOT pass rate, this vehicle's record is broadly in line with expectations.
The Nissan Navara shows a model fleet MOT pass rate of 77.2% across nearly 90,000 analysed vehicles, with the most common failure points being headlamps, coil springs and anti-roll bar components — typical wear items for a working pick-up of this age.
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
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NISSAN NAVARA Model Intelligence & Reliability
Verified MOT failure trends, buying advice, and technical directory specifications.
Owner-reported defects, recurring MOT failure points, and estimated repair costs.
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Historical MOT pass rates and DVLA records for 2020 model year cars.
- Turbocharger FailureSerious
The Renault-Nissan 2.3 dCi (YS23DDT single-turbo and YS23DDTT twin-turbo) diesel engine can experience premature turbocharger bearing wear and oil-seal failure. This is exacerbated by extended oil change intervals (up to 18,000 miles or 2 years under factory schedules), oil dilution from interrupted DPF regenerations, or heavy towing duties. As bearing play increases, the impeller blades contact the housing, generating a high-pitched siren whistle and passing oil into the intake, risking limp mode or diesel runaway.
- AdBlue SCR System Dosing Faults and Module Calibration (Recall R/2023/194)Serious
Euro 6 versions of the 2.3 dCi fitted with Selective Catalytic Reduction (SCR) frequently suffer from AdBlue dosing errors, crystallisation of urea around the dosing injector, and inaccurate tank level readings. In the UK, DVSA recall campaign R/2023/194 was launched to update the AdBlue Dosing Control Module software to increase online dosing efficiency across 28,292 Nissan vehicles built between May 2016 and May 2019. Unresolved software glitches or clogged injectors trigger an engine restart countdown that immobilises the vehicle once expired.
- Intercooler Boost Pipe and Hot Pipe CrackingModerate
The factory flexible turbo hot pipe and intercooler induction hoses on the 2.3 dCi engine undergo intense thermal expansion and boost cycling (peaking over 2 bar on twin-turbo models). Over time, the factory rubber and moulded plastic pipes soften, develop oil seepage past their O-ring joins, or split along longitudinal mould seams. A cracked boost pipe causes immediate boost loss, distinctive air hiss under acceleration, heavy black exhaust smoke, and DPF soot overloading.
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