1997 Nissan Almera 1.4L Petrol · R770 CMA

Structural degradation and recurring component fatigue define the mechanical history of this Nissan Almera, which concluded its recorded testing cycle with a pass on 30 June 2010. The vehicle demonstrated a volatile pattern of roadworthiness during the latter years of its documented history, frequently oscillating between failures for critical safety items and subsequent passes. The presence of multiple dangerous failures, particularly regarding structural brake pipe corrosion and suspension ball joint integrity, indicates that the vehicle has required significant remedial intervention to maintain compliance, suggesting that any prospective buyer must treat the lack of recent MOT data as a primary concern regarding the current state of its chassis and braking systems. With a total of 103,242 miles accumulated over approximately 29 years, the vehicle averages roughly 3,560 miles per annum, a low usage rate that often masks the effects of prolonged stationary periods. While this mileage is modest for a vehicle of this vintage, the mechanical implications of intermittent use are significant, as components such as rubber seals, brake lines, and suspension bushes are prone to perishing or seizing when not subjected to regular heat cycles and movement. The absence of MOT records since 2010 suggests the vehicle may have been off the road for over a decade, necessitating a thorough inspection of all perishable rubber components and metal lines that are susceptible to oxidation and hardening during extended periods of inactivity. During a test drive, specific attention must be paid to the suspension and steering geometry, given the previous failure for excessive play in the offside front lower suspension arm. Listen intently for metallic knocking or clunking sounds when traversing uneven road surfaces or speed bumps, which would indicate worn ball joints or degraded bush material. Furthermore, the steering should be checked for any vagueness or pulling to one side, as the historical pattern of tyre damage and uneven wear suggests that the vehicle may have suffered from alignment issues or impact damage that could have compromised the steering rack or track rod ends over time. The braking system requires an exhaustive physical inspection, specifically focusing on the integrity of the metal brake pipes that were previously flagged for excessive corrosion. Any sponginess in the pedal feel or a lack of immediate bite upon application could signal internal corrosion or seized calipers, a common consequence of long-term storage. Additionally, the CV joint gaiters, which were subject to failure in 2010, should be inspected for splits or grease leakage, as a torn gaiter allows road grit to contaminate the joint, leading to clicking noises during full-lock turns. Given the significant gap in the testing history, a professional inspection of the subframe and floor pan for concealed corrosion is essential before committing to the purchase.