2004 Chrysler Crossfire 3.2L Petrol · MM04 LJL

The defining mechanical story of this 2004 Chrysler Crossfire is one of escalating front-end deterioration, culminating in a failed MOT on 28 November 2023 with four major defects centred on the front suspension and steering. Both front coil springs were recorded as fractured or broken, and both track rod end ball joint dust covers were insecure, allowing dirt ingress into the steering joints. These are not minor advisories; a fractured coil spring alone is grounds for immediate prohibition, and its occurrence on both sides simultaneously raises a clear question about the vehicle's ride height, cornering behaviour, and the condition of the remaining suspension components. The same test also recorded an advisory for slight play in the offside front wheel bearing. Earlier in 2022, the car suffered a dangerous failure on all four tyres (two structural tears at the front, sub-1.6mm tread at the rear) alongside a major service brake efficiency deficiency, and an earlier 2021 test failed on a non-functioning dipped headlamp. Across the five recorded tests since 2018, advisories for front lower suspension arm ball joint play appeared in both 2018 and 2019, suggesting a recurring weakness in this area that may now have progressed into the more serious failures seen in 2023. With 100,412 miles recorded over approximately 22 years, the Crossfire has covered only around 4,564 miles annually, which is notably low for a sports coupé of this age and points to extended periods of low use or storage. The MOT testing pattern supports this: after a 2018 test, there is no recorded examination in 2019 or 2020 until January 2020, then a cluster of three tests in early 2021, followed by another gap before the October 2022 test. Such low annual mileage and intermittent use typically accelerates deterioration of rubber components (bushes, boots, seals, tyres), brake discs through corrosion, and fluid-related items through stagnation, and the failure pattern observed here, fractured springs, perished ball joint covers, tyre structural failure, and brake efficiency issues, is consistent with the effects of prolonged standing interspersed with short periods of use rather than continuous high-mileage wear. Given the specific defects recorded, a prospective buyer should physically inspect and test the front suspension with particular care. Listen for clonks or knocking from the front over speed bumps and uneven surfaces, which would indicate worn or fractured spring seats, top mounts, or anti-roll bar links, and check that the vehicle sits level rather than sagging at either front corner. Inspect the front coil springs directly through the wheel arch for visible fractures or shortened length, examine the track rod end boots for splits or grease leakage, and grasp each front wheel at top and bottom to feel for play in the wheel bearing or track rod ball joints. On the test drive, pay attention to steering precision; any vagueness, wandering, or clonking when turning could indicate that the track rod ends have already failed internally despite only the dust covers being flagged. Also check for uneven tyre wear, as the 2022 tyre failures and any camber issues from worn suspension arms could have damaged replacement rubber prematurely. The brake system warrants separate attention following the 2022 dangerous failure for insufficient service brake efficiency. On a road test, the pedal should feel firm and progressive; any excessive travel, sponginess, or pulling to one side under braking would indicate sticking calipers, corroded discs, or a hydraulic issue. With 100,412 miles on a 22-year-old car, the brake pipes, flexible hoses, and rear calipers should be examined for corrosion or perishing, even though no such items were recorded. The windscreen damage advisory from 2018 should also be checked to ensure it has not progressed into the driver's swept area. Finally, given the near-identical advisories for front lower suspension ball joint play in 2018 and 2019 and the catastrophic spring failures in 2023, this vehicle would benefit from a full inspection of the front subframe, control arms, and bushes before purchase, as the pattern suggests underlying corrosion or worn mounting points that a standard MOT may not fully reveal.