2013 Chevrolet Orlando 2.0L Diesel · CJ13 AKS

A pattern of recurring lighting and tyre wear advisories defines the mechanical profile of this 2013 Chevrolet Orlando, with five tests recorded since 2021 and two failures interspersed among them. The most recent test on 8 October 2025 produced a pass, but only after a prior failure two days earlier on 6 October 2025 had flagged an illegible rear registration plate inscription and a nearside side repeater showing the incorrect colour, both classified as major defects. Across the available history, lighting issues have been a persistent theme: a nearside registration plate lamp was inoperative in 2022 (recorded as a present and short failure reason), the central high-level stop lamp showed partial failure in 2023 on both the failed and subsequent passed tests, and another registration plate lamp issue and an inoperative nearside front fog lamp surfaced in 2024. Tyres have also drawn regular attention, with near-limit wear on the nearside and offside front tyres in 2025 and matching advisories on both rear tyres in 2023, alongside a general slight damage note on all four tyres in 2024. The recorded mileage of 70,862 miles across thirteen years equates to an annual accumulation of roughly 5,451 miles, which sits well below the typical usage rate for a vehicle of this age. The MOT history captures only the 2021 to 2025 period, leaving earlier mileage unverified, but within these records the gaps between tests align with low annual mileage rather than long periods off the road. This profile tends to reduce wear on major drivetrain components but increases the likelihood of deterioration in items affected by standing still, such as brake components suffering surface corrosion, rubber bushes and seals drying out, and tyres developing flat spots or sidewall cracking even when tread depth remains acceptable. For a prospective buyer, the brake system warrants particular physical scrutiny, given that the offside front brake pads were noted as wearing thin on both the 2023 failure and pass tests and were recorded as being on the limits in 2024, with no corresponding nearside advisory. On a test drive, listen for any grinding or squealing under light braking and check for pulling to one side, which could indicate uneven pad wear or a binding caliper, especially given the low-mileage profile that often encourages caliper seizure. The 2023 parking brake lever was flagged for excessive movement indicating incorrect adjustment, so the handbrake should be tested on a noticeable incline to confirm it holds without excessive travel, and the rear brake mechanism inspected for free play in the cables or rear drums. The tyre sidewalls and tread should be examined closely for cracking and uneven wear patterns, particularly on the front pair which have been flagged repeatedly, and the nearside front suspension components listened for knocking over uneven surfaces, as low annual mileage can accelerate deterioration of anti-roll bar bushes and wishbone bearings. Electrical and lighting checks should form another central part of any inspection, given the recurring faults around the registration plate lamps, central stop lamp, fog lamp, and side repeaters. Walk around the vehicle and confirm every lamp functions, paying close attention to the rear registration plate illumination and the high-level third brake light, as partial LED failures can be intermittent and may not show during a brief test. The registration plates themselves should be legible and correctly coloured, and any replacement should be checked for proper spacing and font compliance, since major defects have been raised on both the front and rear plates in recent tests. Finally, a roadworthy inspection would not be complete without checking under the bonnet for signs of perished hoses, perished vacuum pipes, or any oil misting around the cam cover, and a thorough examination of the underside for corrosion, given that no structural advisories appear in the MOT record and the low-mileage usage means a hidden issue may not yet have been flagged.