Dodge Charger Years to AvoidThe weakest years — and the one you should buy instead
After reviewing every Dodge Charger we've analyzed (27 years), these are the 9 weakest. Each one has either an absolute low reliability score, chronic repair issues, or unusually high ownership costs relative to other Charger years.
Proceed with caution
1982 Dodge Charger
The 1982 Dodge Charger, a product of its era's cost-cutting and front-wheel-drive transition, offers a challenging ownership experience today, primarily due to advanced age and inherent design weaknesses. This vehicle is best approached as a dedicated enthusiast project rather than a dependable daily driver, requiring significant mechanical investment and a high tolerance for vintage car quirks and repairs.
Why this year scores low
The Holley 6520 2-barrel carburetor, coupled with early electronic controls, is notoriously finicky. Issues include hard starting, rough idle, stalling, and poor fuel mixture due to vacuum leaks, worn components, and aging sensors that are difficult to diagnose and calibrate without specialized knowledge.
This era of Chrysler vehicles is highly susceptible to rust, especially in northern climates. Common areas include rocker panels, wheel arches, floor pans, lower door seams, and subframe mounting points, leading to significant structural compromise and cosmetic deterioration.
Aging wiring harnesses, corroded connectors, and failing components (e.g., voltage regulator, ignition control module, dashboard gauges, window motors, turn signal stalks) lead to intermittent power issues, non-functional accessories, and potential starting problems. Diagnosing these can be time-consuming.
Proceed with caution
1981 Dodge Charger
The 1981 Dodge Charger, an L-body derivative of the Omni, is a demanding classic that should only be considered by dedicated enthusiasts with significant mechanical aptitude. It represents a high-risk proposition for reliable daily transport, plagued by early FWD shortcomings and the inevitable degradation of forty-year-old components. This is strictly a project car, not a pragmatic purchase.
Why this year scores low
Severe rust commonly affects rocker panels, floor pans, subframe mounting points, wheel wells, and fuel/brake lines. This compromises structural integrity and safety.
The notoriously finicky carburetors (especially on the 1.7L VW engine) suffer from vacuum leaks, clogged jets, worn linkages, and internal component degradation, leading to poor idle, stalling, hard starts, and rough running.
Chrysler's early FWD A404 automatic transmission is prone to slippage, harsh shifts, fluid leaks, and outright failure due to weak internal components and poor cooling, especially when neglected.
Proceed with caution
1980 Dodge Charger
The 1980 Dodge Charger represents a substantial gamble for any prospective owner, plagued by the era's build quality and inherent vulnerabilities that demand significant ongoing attention and investment. This is a vehicle for the exceptionally dedicated enthusiast or a seasoned mechanic, not a casual driver looking for affordable classic motoring.
Why this year scores low
Extensive rust is almost guaranteed on these vehicles, affecting floor pans, rocker panels, rear quarters, wheel wells, trunk floors, and even subframe/frame rail sections. This compromises structural integrity and is very costly to repair.
Aging wiring harnesses, poor grounds, failing connectors, and outdated components lead to persistent issues with lights, gauges, power accessories (windows, locks), and charging systems. Troubleshooting can be a nightmare.
The factory two-barrel or four-barrel carburetors are prone to wear, vacuum leaks, and require frequent tuning. Fuel lines, sender units, and the mechanical fuel pump are also common failure points due to age and ethanol fuels.
Proceed with caution
1985 Dodge Charger
The 1985 Dodge Charger is a high-risk proposition for anyone seeking a reliable daily driver. While offering a nostalgic slice of 80s hot hatch culture, its advanced age and inherent design weaknesses from its era demand constant vigilance and a significant commitment to maintenance. This is strictly a project car or a weekend cruiser for a dedicated enthusiast, not a practical choice.
Why this year scores low
These vehicles were highly susceptible to rust in rocker panels, rear wheel arches, floor pans, door bottoms, and even strut towers due to inadequate rustproofing and thin steel. This compromises structural integrity and is often extensive.
Aging wiring harnesses, brittle plastic connectors, failing instrument clusters, and problematic ground points are common. Issues range from intermittent dash lights and power windows to complete electrical shutdowns and charging system failures.
Carbureted (or early EFI for some 2.2L Turbo) engines suffer from degraded vacuum lines, carburetor wear causing idle issues, stalling, and poor fuel economy. Fuel pump failures and clogged fuel lines are also frequent.
Proceed with caution
1986 Dodge Charger
The 1986 Dodge Charger is a high-risk proposition for anyone seeking reliable daily transportation, primarily due to its age and inherent build quality limitations of the era. This vehicle should only be considered by dedicated enthusiasts with mechanical aptitude and a realistic budget for ongoing restoration and repair. Expect a journey of passion, not practicality.
Why this year scores low
The L-body platform, like many vehicles of its era, is highly susceptible to rust. Rocker panels, floor pans, strut towers, rear quarter panels, and subframe components are notorious for severe corrosion. This compromises structural integrity and can lead to expensive, complex repairs.
Chrysler's 80s electrical systems were often prone to intermittent failures. Aging wiring harnesses, faulty grounds, brittle plastic connectors, and failing dashboard components (gauges, lights, HVAC controls) are common. This can lead to frustrating ghost issues and inoperative accessories.
After nearly four decades, virtually all original engine seals and gaskets (valve cover, oil pan, front/rear main seals, distributor O-ring) will be hardened and leaking. While not always catastrophic, these leaks can be messy, require frequent oil top-offs, and signal other age-related wear.
Proceed with caution
1984 Dodge Charger
The 1984 Dodge Charger is a high-character vehicle from an era of simpler automotive design, making it an accessible project for the enthusiast. However, its age and inherent 1980s Mopar vulnerabilities mean it demands consistent attention, with electrical gremlins and corrosion being frequent companions. It's not a buy-and-forget proposition; it's a nostalgic journey requiring ongoing commitment.
Why this year scores low
Aging wiring harnesses, poor grounds, failing connectors, and prone-to-failure dashboard components (gauges, lights). This can lead to intermittent starting issues, non-functional accessories, and inaccurate instrument readings.
Common in all areas, especially rocker panels, wheel arches, floor pans, subframe mounts, and strut towers. This is primarily due to inadequate rustproofing from the factory and exposure to road salt, leading to structural integrity concerns.
For carbureted models, the carburetor often requires rebuilding or tuning due to age, ethanol in fuel, and vacuum leaks. EFI models can suffer from failing fuel pumps, clogged injectors, and leaky fuel lines from degraded rubber.
Proceed with caution
1983 Dodge Charger
The 1983 Dodge Charger, a product of its era's utilitarian design, offers a glimpse into entry-level performance and economy. While its mechanical simplicity can be a boon for DIY enthusiasts, its age and inherent vulnerabilities demand meticulous pre-purchase inspection and consistent maintenance to avoid significant headaches. This isn't a 'set it and forget it' classic; it's a project for the dedicated, with rust and electrical gremlins being your primary adversaries.
Why this year scores low
Due to thin gauge steel and lack of modern rustproofing, these vehicles are highly susceptible to severe corrosion. Expect rust in rocker panels, wheel wells, floor pans, subframe mounting points, and strut towers, leading to structural integrity concerns and costly bodywork.
Age-related degradation of wiring insulation, poor grounding points, and sub-par original components (e.g., headlight switches, gauge clusters, window motors) lead to intermittent failures, shorts, and overall system unreliability. This often manifests as non-functional accessories or starting issues.
The factory carburetor (likely a Carter 1-bbl or Holley 2-bbl on the 2.2L) is prone to wear, vacuum leaks, clogged passages, and maladjustment, causing rough idle, hesitation, stalling, and poor fuel economy. Rebuilds or replacement are common.
Proceed with caution
2006 Dodge Charger
The 2006 Dodge Charger presents a bold, powerful package, but it's a vehicle that demands a meticulous pre-purchase inspection and a vigilant owner. While its robust platform and engine options offer an engaging driving experience, expect to contend with typical first-year model quirks, particularly in the electrical and interior realms. This isn't a 'set it and forget it' car, but with proper care, it can be a thrilling, albeit sometimes demanding, companion.
Why this year scores low
The Totally Integrated Power Module (TIPM) can cause erratic behavior in various electrical components. Owners report issues with power window regulators failing, intermittent dashboard lights, faulty sensors (ABS, wheel speed), and HVAC control glitches. These can be frustrating to diagnose and repair.
Due to the vehicle's weight and robust RWD architecture, front suspension components like lower control arm bushings, ball joints, and tie rod ends wear prematurely. This leads to clunking noises, imprecise steering, and uneven tire wear if not addressed. Alignment issues are common after component replacement.
Many owners report issues with brittle interior plastics, dashboard rattles, and peeling trim pieces. Power window switches and door handles are common failure points. The overall cabin ambiance often deteriorates faster than competitors, affecting long-term comfort and value.
Proceed with caution
2009 Dodge Charger
The 2009 Dodge Charger offers powerful engine options and a commanding presence for a budget-friendly price, but it demands diligent preventative maintenance and a keen eye for its notorious electrical and suspension weaknesses. While the core powertrains can be robust, owners must be prepared to address common age-related failures to keep this American muscle sedan running reliably.
Why this year scores low
The TIPM unit, acting as the fuse box and relay center, is known to fail, leading to myriad issues like non-functioning fuel pumps, headlights, wipers, power windows, or even intermittent engine stalls. This is a common and costly repair.
Components such as lower ball joints, tie rod ends, control arm bushings, and sway bar links wear out prematurely, leading to clunks, rattles, uneven tire wear, and compromised handling. This is a frequent maintenance item.
Especially in areas exposed to road salt, Chargers are susceptible to rust on rear wheel arches, rocker panels, subframes, and undercarriage components. This can lead to significant structural and cosmetic deterioration if not addressed.