2022 Vauxhall Mokka GS Line Turbo Auto 1.2L Petrol · CE72 XWD

A 2022 Vauxhall Mokka GS Line Turbo Automatic carrying just 22,767 miles presents an exceptionally sparse DVSA testing history, with only a single recorded MOT pass dated 13 February 2026. Because the vehicle first became MOT testable from its third anniversary in 2025, the early absence of any test data means there is no longitudinal pattern to evaluate, no advisory trends to identify, and no historical defects against which the current clean result can be benchmarked. While the recent pass with no advisories recorded is a positive baseline indicator of roadworthiness at the point of examination, it is important to recognise that a single clean test on a near-new, low-mileage vehicle is largely expected and provides limited predictive assurance regarding longer-term durability of wear items such as suspension bushes, brake components, and underbody corrosion protection. The mechanical story of this vehicle is therefore one of insufficient data rather than proven reliability, and the absence of recorded defects should not be over-interpreted as confirmation of sound mechanical condition. The recorded mileage of 22,767 miles over an approximate four-year period equates to an annual accumulation rate of around 5,692 miles, which is substantially below the typical mileage for a vehicle of this age and usage class. Such a low trajectory is consistent with predominantly short urban journeys, restricted private use, or possibly extended periods of inactivity between uses. Mechanically, this profile carries particular implications for the 1.2-litre turbocharged petrol engine, where short journeys and infrequent running can promote condensation within the lubricant, fuel system stagnation, and carbon accumulation on the turbocharger vanes and inlet valves. The eight-speed automatic transmission, meanwhile, may exhibit stiff or hesitant shifts if the vehicle has stood for prolonged intervals, as the hydraulic governor pressure may have degraded and the clutch material within the torque converter can glaze without regular load application. Underbody components, including the brake calipers, discs, and handbrake mechanism, are also susceptible to surface corrosion and binding when the vehicle is used infrequently, particularly during winter months when road salt is prevalent. For a prospective buyer conducting a physical inspection, particular attention should be directed towards the turbocharger system, as the combination of low mileage and stop-start urban use can mask developing faults. On a cold start, listen carefully for any extended rattle from the turbocharger area, which can indicate worn bearing clearances, and observe whether any excessive smoke emanates from the exhaust during the warm-up phase, as blue-tinged smoke points to oil passing through the turbo seals. The intercooler pipework, which on the Mokka B is known to be a service item, should be visually inspected for splits or oil contamination around the hose joints, and the boost response should be evaluated on a test drive by applying progressive throttle inputs to detect any hesitation, surge, or check-engine illumination. Additionally, the condition of the engine oil should be assessed via the dipstick, as infrequent oil changes relative to time rather than mileage can leave the lubricant degraded and acidic, even at low total distances. A thorough test drive should also include evaluation of the braking system, where the rear calipers, electronic parking brake actuator, and brake discs can suffer from corrosion pitting and uneven wear patterns when the vehicle is used predominantly for low-speed journeys. Listen for any scraping, grinding, or binding noises as the brakes are applied, and verify that the vehicle does not pull to one side under firm braking, which would suggest a seized caliper slide or a corroded piston. The suspension should be exercised over uneven road surfaces to detect any knocking from the front MacPherson struts, anti-roll bar bushes, or lower control arm joints, all of which can deteriorate or seize on lightly used vehicles. Finally, a careful inspection of the underbody for any surface corrosion on the subframe, brake lines, and exhaust shielding is recommended, as low-mileage vehicles frequently accumulate more extensive underbody rust than their higher-mileage counterparts due to infrequent use allowing moisture to remain trapped against unprotected steel surfaces.