Lincoln Continental Years to AvoidThe weakest years — and the one you should buy instead

The self-leveling air suspension, while revolutionary for its time, is prone to failure. Air springs leak, the compressor wears out, and height sensors fail, leading to a 'sagging' vehicle or constant compressor cycling. This is a nearly universal failure point due to age.

Aging wiring harnesses, brittle connectors, and complex electronic modules lead to a multitude of issues. Common failures include power window motors, climate control modules, dashboard display malfunctions, intermittent lighting, and parasitic battery drains.

The fuel pump, located in the tank, is a common failure point due to age and ethanol content in modern fuels. Fuel lines can corrode, and fuel injectors can become clogged or leak, leading to poor performance, stalling, or no-start conditions.

The Electronic Air Suspension (EAS) system, a hallmark of the Continental's ride, is prone to failure. Issues include air spring bladder leaks, compressor burnout, and ride height sensor malfunctions, leading to a 'sagging' appearance or harsh ride. Repairs are costly, and many owners opt for coil spring conversion.

The 3.8L Essex V6 engine is infamous for premature head gasket failure, typically manifesting as coolant consumption, white exhaust smoke, or overheating. This is a design flaw that can lead to catastrophic engine damage if not addressed promptly and can be an expensive repair.

Aging wiring, brittle connectors, and complex modules lead to numerous electrical gremlins. Common issues include intermittent or non-functional digital instrument clusters, power window motors failing, door lock actuators ceasing operation, and climate control module malfunctions.

The optional air suspension system (Air Ride) is notoriously prone to failure, with air springs leaking, compressors failing, and level sensors malfunctioning. This leads to a sagging rear end, a harsh ride, or the car sitting unevenly.

Aging wiring, corroded connectors, and failing switches cause numerous issues, including power window and door lock failures, erratic dashboard gauges, non-functional cruise control, and intermittent lighting problems. The Electronic Engine Control (EEC) module and various relays can also fail.

Due to its age and construction, the 1982 Continental is highly susceptible to rust, particularly in northern climates. Common areas include rocker panels, wheel arches, floor pans, trunk floors, and the frame rails, leading to structural integrity concerns and cosmetic degradation.

The Electronic Air Suspension (EAS) system, while revolutionary for its time, is a notorious weak point. Air springs develop leaks, the compressor motor fails, and height sensors become faulty, leading to a sagging ride height and costly repairs.

Numerous comfort and convenience features, from HVAC vents to cruise control and even door locks, are vacuum-operated. Over time, rubber and plastic vacuum lines become brittle, crack, and leak, causing erratic operation or complete failure of these systems.

Beyond specific component failures, the entire electrical system is susceptible to age. Corroded connections, brittle wiring insulation, failing ground points, and aging power accessory motors (windows, seats) are common, leading to intermittent or complete loss of function.

The factory air suspension, a luxury feature for its time, frequently fails due to deteriorating air springs, faulty height sensors, and worn-out compressors. It leads to the car 'sagging' overnight or even while driving, compromising ride quality and potentially damaging other components.

Forty-year-old wiring, connectors, and switches lead to issues with power windows, door locks, instrument cluster gauges, climate control, and exterior lighting. Ground faults are common, causing intermittent operation or complete failure of accessories.

Significant rust is a pervasive issue, especially in regions exposed to road salt. Critical areas include rear wheel arches, rocker panels, subframe rails, floor pans, and door bottoms. This can compromise structural integrity and make repairs difficult.

The complex air suspension system, specific to this generation, is a primary failure point. Air springs leak, the compressor fails, and ride height sensors become erratic. This results in a collapsed ride height, poor handling, and expensive repairs. Many have been converted to conventional coil springs.

The 3.8L V6 engine, particularly in its earlier iterations like the 1990 model, is notoriously prone to head gasket failure. This can manifest as coolant leaks, overheating, white exhaust smoke, or oil/coolant mixing, leading to significant engine damage if not addressed promptly.

The sophisticated electrical system, including the digital instrument cluster and automatic climate control, is prone to age-related failures. Common issues include fading or non-functional digital display segments, erratic climate control operation, and failure of various power accessories like windows and seats.

Head gasket and intake manifold gasket failures are widespread, leading to coolant leaks, overheating, and potential catastrophic engine damage if neglected. These are design flaws that plague the entire 3.8L V6 family.

The factory air springs, compressor, and height sensors are notorious for failure due to age and wear, resulting in a sagging ride, harsh handling, and constant compressor noise. Many owners convert to conventional coil springs.

Aging wiring, brittle connectors, and module failures can lead to intermittent issues with power windows, climate control, instrument cluster, and various sensors. Tracing these issues can be time-consuming and costly.

Severe rust often affects the frame, floor pans, fender wells, rocker panels, and trunk floor due to inadequate rustproofing and prolonged exposure. This can compromise structural integrity and make repairs difficult.

The Ford Variable Venturi (VV) carburetor can be notoriously finicky, leading to rough idle, stalling, poor fuel economy, and hesitation. Vacuum lines degrade, causing further performance issues, often mistaken for carburetor faults.

Original wiring harnesses become brittle, fuse box connections corrode, and power accessories like windows, seats, and central locking frequently fail due to worn motors, switches, and relays. Dashboard gauges can also become unreliable.

The factory air suspension, a defining luxury feature, is prone to failure due to age. Air springs leak, the compressor fails, and height sensors malfunction, leading to an uneven ride height or complete collapse. Many owners convert to traditional coil springs.

Aging wiring harnesses, brittle connectors, and circuit board failures lead to myriad electrical issues. The digital instrument cluster is particularly notorious for dimming, pixelating, or failing completely, and power accessory motors (windows, seats) frequently seize or break.

Numerous vacuum lines control essential functions like climate control blend doors, cruise control, and often power door locks. These lines become brittle and crack with age, leading to climate control malfunctions (e.g., stuck on defrost), poor idle, and vacuum leaks.

The factory air springs, compressor, and height sensors are notorious for failure due to age and material degradation, leading to a sagging or bouncy ride. Compressor failure is common, often caused by leaking air springs overworking it.

Aging wiring harnesses, brittle plastic connectors, and failing relays lead to issues with power windows, power seats, digital dashboards, climate control modules, and exterior lighting. Intermittent faults are common.

Susceptible to rust, particularly in areas like the rear wheel arches, rocker panels, trunk floor, and around the windshield/rear window seals. Structural integrity can be compromised in severely rusted examples.

The system's air springs, compressor, and sensors frequently fail due to age and wear. Leaks develop in the air lines and springs, leading to sagging, a rough ride, or the compressor running constantly until it burns out. Repair is costly, often leading to conversion to coil springs.

Aging wiring harnesses, brittle insulation, corroded grounds, and failing relays cause a myriad of issues. Expect intermittent problems with power windows, door locks, climate control, dashboard lights, and even engine sensors. Pinpointing exact faults can be time-consuming.

Radiators, hoses, water pumps, and thermostat housings are prone to leaks and failure due to material degradation over decades. An overheating engine can quickly lead to head gasket issues, especially with the 5.0L V8.

The primary failure point. Air springs leak, the compressor fails, and height sensors malfunction, leading to a sagging ride or constant compressor cycling. Often converted to coil springs due to repair costs.

While generally robust, neglect of fluid changes can lead to slipping, harsh shifts, or solenoid failures. Age and poor maintenance are the biggest enemies.

Aging wiring, sensor failures, power window motors, digital dashboard anomalies, and blend door actuators are common. Can be frustrating to diagnose and repair.

The factory air springs, air compressor, and associated solenoids commonly fail due to age and wear. Leaking air bags lead to a sagging rear end, compressor overwork, and ride quality degradation.

Aging wiring harnesses, brittle connectors, and failing modules (e.g., ECU, BCM, headlight switch, instrument cluster) can cause intermittent issues, power drains, and component malfunctions. Window motors and power seat switches are common failures.

While generally durable, the AOD-E/4R70W automatic transmission can develop shifting problems, delayed engagement, or slipping due to internal wear, solenoid failures, or neglected fluid changes, especially at higher mileage.

The Electronic Air Suspension (EAS) system, including air springs, compressor, and height sensors, is prone to leaks and component failure due to age. This leads to the car 'sagging' overnight or remaining low, severely impacting ride quality and potentially causing damage.

The E4OD 4-speed automatic transmission can suffer from solenoid failures, overdue fluid changes causing internal wear, and issues with the overdrive band and torque converter. Symptoms include harsh shifting, slipping, or a complete loss of gears.

A common Ford issue of this era, the blend door actuator often fails, leading to either no heat, no A/C, or only hot/cold air on one side. The repair is often labor-intensive due to dashboard disassembly requirements.

The factory air springs, compressor, and height sensors are notorious for failure due to age, dry rot, and fatigue. Sagging, uneven ride height, and a constantly running compressor are common symptoms. Repairs are costly, often leading owners to convert to coil springs.

While generally robust, the 4R70W transmission in this era can suffer from delayed shifts, slipping, or harsh engagement, particularly if fluid changes were neglected. Solenoid pack failures (EPC, shift solenoids) and ultimately internal clutch wear are common after high mileage.

The blend door actuators are prone to failure, often resulting in only hot or cold air on one side, or an inability to control temperature. The automatic climate control unit itself can also develop issues, leading to erratic fan speeds or display problems.

The factory air springs and compressor are notorious for failure due to age and wear. Leaking air springs lead to a sagging stance or complete collapse, while a failed compressor will prevent the system from inflating. Often converted to coil springs due to high OEM repair costs.

A very common issue where the plastic gears inside the blend door actuator break, preventing proper temperature control or air direction within the cabin. Repair requires extensive dashboard disassembly, making it labor-intensive and costly.

Over time, valve cover gaskets, front timing cover gaskets, and oil pan gaskets on the 4.6L InTech V8 can develop leaks. These are typically age-related and can range from minor seepage to significant drips, requiring replacement of seals.