2019 Peugeot 208 1.2L Petrol · 5 ESC

A pattern of constant velocity (CV) boot failures dominates the mechanical story of this 2019 Peugeot 208, with both the nearside and offside front drive shaft joint boots having failed the MOT within a two-year window. On 11 May 2026 the vehicle was presented for test and immediately failed on a dangerous rear tyre defect with ply or cords exposed on both sides, alongside another major CV boot failure on the nearside front drive shaft. A retest the following day, 12 May 2026, returned a pass with no advisories recorded, indicating the dangerous tyre and boot were replaced immediately before the retest. While the current test certificate is valid, the recurrence of CV boot splits on alternating sides of the same axle suggests either underlying driveshaft wear or a susceptibility to ageing rubber boots, both of which warrant close inspection. Additionally, the 2025 test carried advisories for a slightly loose front exhaust silencer and a split front exhaust flexi section caused by corroded mounting brackets, pointing to ongoing deterioration of the exhaust mounting hardware. With 33,063 miles recorded over seven years, this 208 has averaged approximately 4,723 miles annually, which is notably low for the age and segment. This usage profile typically results in less wear on high-mileage consumables such as brake discs and clutch components, but it can also accelerate degradation of rubber items, undertrays, and brake callipers that suffer from infrequent operation. The annual MOT cycle has been maintained consistently each year without significant gaps, suggesting the vehicle has remained in regular use rather than laid up for prolonged periods. However, the low annual mileage combined with the pattern of rubber-related failures does mean that deterioration of seals and boots should be treated as a primary concern rather than an isolated event. For a prospective buyer, the driveshaft assemblies should be the priority area of any physical inspection. Request access to a lift or use of ramps to visually check both front CV boots for splits, perished rubber, or fresh grease residue around the clamps, and rotate each front wheel by hand while listening for clicking or knocking from the joints, which would indicate that contaminated grease has already caused internal wear. Grip the inner and outer boots and try to twist or pull them to confirm the retaining clamps are secure, and check for any play in the front hubs. On a test drive, listen for a rhythmic clicking that changes with cornering load, particularly during full-lock turns, as this is characteristic of a failing CV joint that has been compromised by a split boot. Given that the rear tyre failed with exposed cords on both sides simultaneously, confirm that the replacement tyres are of matching brand, size, and tread depth, and inspect the rear wheel alignment geometry, as uneven shoulder wear can indicate a deeper suspension or geometry issue rather than simple ageing rubber. The exhaust system should also be examined thoroughly in light of the 2025 advisories. Look underneath the vehicle at the front flexi section for any signs of active blowing, soot deposits around the joint, or further corrosion of the mounting brackets, and check whether the front silencer has been re-secured or shows fresh weld repairs. With the vehicle idling, listen for any ticking or hissing that changes with engine speed, and have a second person observe the exhaust while you rev the engine briefly to spot any visible separation. Finally, given the seven-year age and the recurring pattern of rubber and mounting component failures, inspect all visible underbody rubber items including the anti-roll bar bushes, drop links, and engine mountings for perishing, and confirm that the front brake discs and pads show even wear across both sides, as uneven pad transfer on a low-mileage car can point to a binding caliper that has been dragging intermittently.