2022 Toyota Yaris Design HEV CVT 1.5L Hybrid electric (clean) · MJ72 CSV

A solitary MOT test entry dated 24 October 2025 records a pass with no advisories or defects noted, which on the surface presents a clean roadworthiness profile for this 2022 Toyota Yaris Design Hybrid CVT. However, it is worth acknowledging that a single test record offers a very narrow window into the vehicle's mechanical condition, and the absence of flagged items at the most recent examination does not constitute evidence of long-term mechanical soundness. The first MOT was not due until the vehicle reached three years of age, which places this test as its debut examination under the current testing regime, meaning there is no prior pass or failure history against which to measure deterioration trends, recurring advisories, or component wear patterns. What can be stated objectively is that no defects were recorded at the most recent test, and there are no outstanding advisories to follow up on. With 7,579 miles recorded against a 2022 registration, this Yaris has averaged roughly 1,895 miles per year over its four-year life, a notably low annual accumulation for a passenger vehicle. The mileage progression between tests cannot be verified because only one MOT exists, but the low overall figure suggests either limited use as a secondary or urban runabout, or extended periods of inactivity. Mechanically, low-mileage hybrid vehicles warrant particular attention to components that suffer from disuse rather than wear: the 12V auxiliary battery can lose capacity through prolonged standing, brake discs and pads can develop surface corrosion and binding due to infrequent operation, and the hybrid system's high-voltage battery benefits from regular use cycles to maintain state of charge and cell balance. Tyres that have sat loaded for long periods may also have developed flat spots or sidewall degradation, and rubber components such as suspension bushes, driveshaft boots, and coolant hoses can perish from lack of flexing. Given the single clean test and the absence of recorded advisories, there is no specific component history to investigate further, but the low-mileage context dictates a focused inspection of items most likely to suffer from underuse. On a test drive, listen for any scraping or grinding noise from the brakes during the first firm application, which would indicate corroded discs binding against the pads; feel for judder through the brake pedal or steering wheel, a sign of disc thickness variation or lateral runout from corrosion pitting. Inspect the brake callipers for seized slide pins by confirming the pistons retract cleanly after release, and check the discs visually for deep scoring or a pronounced lip at the outer edge. The hybrid transition between electric and petrol propulsion should feel seamless under gentle acceleration, with no warning lights remaining on the dashboard after startup and no unusual vibrations through the transmission tunnel. Beyond the brakes and powertrain, a thorough pre-purchase check should include verification of the hybrid system's health through the Toyota dealer diagnostic tool, which can read cell voltages and state of health for the traction battery. Examine the underside of the vehicle for any signs of fluid leaks, particularly from the transaxle, power steering system, or rear drum brake assemblies, and inspect the exhaust mounting rubbers for cracking given the prolonged low-load operation. All tyres should be checked for manufacture date stamps and even wear patterns, as age-hardened rubber may require replacement regardless of remaining tread depth. Finally, confirm that the 12V battery holds sufficient charge under load and that the hybrid system engages without hesitation from cold, as both are common weak points in low-mileage Toyota hybrids. The MOT record itself does not raise any specific concerns, but the usage profile means a careful inspection of disuse-related wear is more relevant than chasing any particular flagged component.