2013 Perodua Myvi SXI 1.3L Petrol · KX62 FVT

The most recent MOT test for this 2013 Perodua Myvi SXi, conducted on 2026-09-01, has not yet been recorded in the provided history, but the preceding tests reveal a pattern of consistent advisories and one prior failure. From 2017 through 2023, the vehicle has predominantly passed MOTs with minor issues—such as near-side windscreen damage, defective side repeaters, and non-functional high-level stoplights—none of which pose immediate safety risks. However, the presence of recurring advisories regarding the front anti-roll bar linkage ball joints (both nearside and offside) and corrosion on the rear brake pipes is notable. These advisories, all classified as slight play or corrosion, suggest ongoing wear and potential long-term structural or mechanical degradation if not addressed. The failure in 2020 highlighted a critical non-working nearside side repeater, which should be rectified promptly to avoid further compliance issues. Overall, the maintenance trend appears stable in terms of passing MOTs, but the persistent mechanical advisories indicate areas requiring closer attention to prevent escalation into major defects. The recorded mileage of 73,695 miles for a vehicle aged 13 years represents a relatively low annual usage rate of approximately 5,669 miles per year, which is unusually low for a car of this age and model. Typically, a Perodua Myvi would accumulate around 10,000 to 15,000 miles annually under normal conditions, suggesting either minimal operational use or prolonged periods of inactivity. This discrepancy raises concerns about potential standing corrosion, particularly in the brake system and suspension components, as both are prone to deterioration when stationary for extended durations. The low mileage may also mask underlying wear issues that would be more apparent with higher usage, such as accelerated suspension bush wear, brake pad or disc degradation, or drivetrain component stress. For a vehicle that hasn’t been driven regularly, the risk of corrosion affecting critical systems—such as the brake pipes, suspension linkages, or electrical components—becomes more pronounced, warranting thorough inspection to avoid costly repairs down the line. Given the recurring advisories on the front anti-roll bar linkage ball joints and the corrosion on the rear brake pipes, the prospective buyer should prioritise a detailed mechanical inspection before purchase. The slight play in the ball joints is indicative of developing suspension wear, which can lead to clunking noises during cornering or over bumps, uneven tyre wear, or reduced handling stability. On a test drive, listen for metallic clunks or rattles from the front suspension when navigating rough roads, and check for excessive road noise or a "squawk" from the anti-roll bars. The corroded brake pipes, particularly the offside rear inner and outer pipes, are a significant concern as they may compromise brake system integrity, leading to reduced braking performance or even failure. Inspect the brake pipes for cracks, bulges, or signs of fluid leakage, and ensure the brake fluid level is adequate and the system is free of air bubbles. If the corrosion is severe, the pipes may need replacement, which can be costly. Additionally, verify that the nearside side repeater and high-level stoplight have been repaired from the 2020 failure, as these are essential for compliance and safety. For a vehicle of this age and mileage, the buyer should also conduct a comprehensive physical inspection beyond the MOT advisories. Given the low annual mileage, the tyre tread depth should be checked for uniformity, with particular attention to sidewall wear patterns that could indicate misalignment or suspension issues. Tyres with less than 3mm of tread remaining are illegal and unsafe, so ensure they meet the legal minimum. Inspect the tyres for signs of perishing or cracking, especially around the shoulders, which can weaken the rubber and lead to blowouts. The 12V battery should be tested for voltage and overall health, as prolonged inactivity can cause corrosion or internal failure, leading to starting difficulties. Check for standing corrosion on the battery terminals and the underside of the vehicle, particularly around the wheel arches, exhaust system, and underfloor areas, where moisture and salt can accelerate rust. Finally, since the vehicle hasn’t undergone regular servicing, verify the service book for the last oil change and fluid top-ups, particularly the brake fluid, coolant, and transmission fluid, which degrade over time even without use. If no service records are available, consider having the fluids refreshed and checking for any time-based wear, such as worn brake pads or contaminated oil.