2019 Jaguar I-Pace Electric · SR11 AMY

The 2019 Jaguar I-Pace has demonstrated an unusual but consistent pattern in its MOT history, with no defects recorded across all tests—though the most recent pair in January 2026 stands out as a duplicate pass/fail at identical mileage, suggesting either a rare administrative anomaly or a brief period of non-use between tests. The vehicle’s roadworthiness remains technically compliant, but the repeated January 2026 tests imply either a delay in scheduling or a temporary halt in movement. No advisories or recurring faults have appeared in the record, which is unusual for a vehicle of this age, as even low-mileage EVs often encounter minor wear in high-torque components like battery cooling systems or regenerative braking circuits. The recorded mileage of 24,249 miles over seven years—approximately 3,464 miles annually—is unusually low for a vehicle of this class, particularly given the I-Pace’s typical urban and suburban usage patterns. The gaps between tests are also notable: a 15-month interval between November 2023 and November 2024, followed by another 15 months until January 2026, with no intermediate mileage progression. Such prolonged periods without movement could indicate storage, reduced usage, or even potential non-operation, which may accelerate wear in fluid systems (e.g., brake fluid absorption, coolant degradation) or lead to minor corrosion in sealed components. The lack of advisories during these intervals suggests no immediate structural or drivetrain concerns, but a buyer should verify whether the vehicle was stored with proper precautions, such as battery maintenance or undercarriage protection. Given the absence of defects in the MOT record, the primary focus for an in-person inspection should centre on high-stress areas that often develop issues in low-mileage EVs: the battery cooling system, regenerative braking components, and suspension alignment. The I-Pace’s electric drivetrain relies on a liquid-cooled battery pack, and prolonged storage without use could lead to thermal stratification or reduced capacity—visible signs include uneven cooling hose wear or corrosion around connectors. The regenerative braking system, while durable, may exhibit subtle binding or uneven pad wear if the vehicle was rarely driven at higher speeds. Suspension bushes and coil springs, though unlikely to fail at this mileage, should be checked for premature cracking or misalignment, particularly if the vehicle was stored on uneven surfaces. Finally, the dual MOT tests in January 2026 warrant confirmation that no underlying issues were overlooked, such as intermittent battery voltage drops or sensor malfunctions, which might not trigger a fail but could indicate latent problems.