Lincoln Town Car Years to AvoidThe weakest years — and the one you should buy instead
After reviewing every Lincoln Town Car we've analyzed (30 years), these are the 3 weakest. Each one has either an absolute low reliability score, chronic repair issues, or unusually high ownership costs relative to other Town Car years.
Proceed with caution
1987 Lincoln Town Car
The 1987 Lincoln Town Car, a true relic of American luxury, offers surprisingly robust mechanicals but demands a watchful eye for age-related failures. Its body-on-frame construction and durable V8 engine ensure longevity, yet neglected maintenance can quickly turn a comfortable cruiser into a costly project, especially concerning electrical systems and air suspension. This is a car for the enthusiast willing to invest time, not necessarily for those seeking turn-key reliability.
Why this year scores low
If equipped, the rear air springs, compressor, and height sensors are prone to failure due to age, leading to a sagging rear end. Neglecting these can cause premature tire wear and poor ride quality.
Aging wiring harnesses, brittle insulation, and worn switches lead to issues with power windows, door locks, cruise control, dashboard gauges, and blend door actuators, making troubleshooting complex.
Steel fuel lines, tanks, and sender units are highly susceptible to rust, especially in areas exposed to road salt. This can lead to leaks, fuel delivery issues, and potential fire hazards.
Proceed with caution
1981 Lincoln Town Car
The 1981 Lincoln Town Car stands as a testament to traditional American luxury and durability, offering a remarkably robust powertrain for its era. While its core mechanicals are surprisingly resilient, age-related degradation in electrical systems, vacuum lines, and body corrosion elevate the overall risk, demanding a vigilant pre-purchase inspection and ongoing maintenance. This isn't a 'set it and forget it' classic, but a well-cared-for example provides a comfortable, dependable, and uniquely American driving experience.
Why this year scores low
The intricate network of vacuum lines controlling everything from climate control to cruise control and door locks becomes brittle and leaky over time, leading to numerous accessory failures and poor engine performance. Diagnosing leaks can be frustrating.
Wiring harnesses degrade, connections corrode, and power accessory motors (windows, seats, antenna) fail due to age and lack of use. Dashboard illumination and instrument cluster issues are also common, making nighttime driving or monitoring difficult.
Especially in northern climates or coastal regions, the Town Car is highly susceptible to rust in rocker panels, lower fenders, floor pans, trunk floors, and even the frame rails. This can compromise structural integrity and make repairs costly and extensive.
Proceed with caution
1982 Lincoln Town Car
The 1982 Lincoln Town Car, a true relic of classic American luxury, offers surprising mechanical durability for its age, built on Ford's robust Panther platform. However, its significant age means that while core components are strong, accessory systems and materials are prone to failure and degradation, demanding diligent inspection and ongoing maintenance. This car is a commitment, but a rewarding one for the right owner.
Why this year scores low
The heavy steel construction, coupled with inadequate rust proofing by modern standards, makes these vehicles highly susceptible to rust. Common areas include floor pans, rocker panels, rear quarter panels, trunk floors, and critical frame rails, leading to structural integrity issues if not addressed.
Years of heat cycles, moisture exposure, and original wiring materials lead to degraded wiring insulation, poor grounds, and component failures. Issues range from intermittent power windows, non-functional gauges, inoperative climate control, and flickering exterior lights due to failing switches, motors, and relays.
A complex network of vacuum lines and actuators controls many luxury features including climate control blend doors, power door locks, cruise control, and sometimes even headlight covers. Over time, these plastic and rubber lines become brittle, crack, and leak, causing multiple accessory systems to fail simultaneously.