1968 Austin 1100 1.1L Petrol · OFL 582F

The most recent MOT, dated 1 May 2025, was recorded as a Pass but carried two advisories – a persistent oil leak and a rear sub‑frame that has been welded yet is judged to retain its original strength. The preceding test, just ten days earlier, resulted in a failure for several serious items, including severely reduced service‑brake efficiency, rear‑brake imbalance, a split constant‑velocity joint boot on the nearside front drive shaft, and a damaged off‑side track‑rod ball‑joint dust cover. Although the vehicle cleared the later inspection, the presence of the same oil‑leak advisory and the need for a welded sub‑frame indicate that the underlying condition is only marginally improving; the major safety‑critical faults have been addressed sufficiently to satisfy the MOT, but the car remains on a maintenance watch list. At 37 496 mi the Austin 1100 has logged an average of roughly 650 mi per year over its 58‑year life, a usage rate that is exceptionally low for a classic. Such limited annual mileage often points to long periods of inactivity, which can be as damaging as high mileage because components may deteriorate from age rather than wear. The low cumulative distance reduces the wear on engine bearings, clutch plates and gear teeth, yet it also raises the likelihood of rubber and polymer ageing, corrosion in suspension bushings and brake hardware, and the potential for seized bearings or seized brake caliper pistons after prolonged standing. For a prospective buyer the oil leak noted on both MOTs must be located and quantified – a slow seep from the valve cover or oil pan can lead to oil starvation, especially under load, and may also cause fire‑hazardous oil on hot exhaust parts. The welded rear sub‑frame should be inspected for cracks, distortion or rust at the joint, and the chassis should be checked for any flex or misalignment when the car is lifted. The brake system demands thorough examination: verify that the pedal travel is firm, that the vehicle tracks straight under braking, and listen for any pulsation or shudder that could indicate residual imbalance or warped discs. The front‑nearside CV joint boot must be inspected for cracks, missing rubber, and signs of dirt ingress; a compromised boot will allow grit to destroy the joint’s bearings, leading to clicking noises on cornering and eventual joint failure. Likewise, the off‑side track‑rod ball‑joint dust cover should be examined for excessive wear; a missing or damaged cover permits moisture to corrode the joint, which may manifest as steering play or clunking when turning. Replacement of the CV boot, track‑rod dust cover and a full brake service – including bleed, pad and disc resurfacing or replacement, and possible re‑balancing of the rear drums – are advisable before regular road use. Given the car’s age and low mileage, the buyer should also perform age‑related checks irrespective of the MOT record. Inspect all four tyres for side‑wall cracking, dry rot or uneven wear that may have developed while the vehicle sat; tyre rubber can become brittle after a decade even without mileage. Examine the battery for sulphation, check the electrolyte level if it is a lead‑acid type, and consider a load test as a 58‑year‑old battery is unlikely to retain capacity. Look for corrosion on the chassis, especially around suspension mounting points, brake lines and exhaust hangers, and verify that the chassis is free of rust through the wheel arches and under the floorpan. Finally, confirm that all fluids – engine oil, gearbox oil, brake fluid and coolant – have been replaced in accordance with calendar intervals, as fluids degrade over time and can cause seal failure, reduced braking performance or overheating. A comprehensive visual inspection combined with a careful test drive will reveal whether the vehicle’s mechanical condition justifies its classic status and price.