The Audi 5000 spans 1981–1988 with 41 recorded NHTSA recalls and a 3.5/5 ForCar reliability score. The years to approach with caution are 1985, 1986, 1987 (most owner complaints); the cleanest are 1981, 1988, 1982. It delivers up to 20 mpg combined and NHTSA-rated safety.
How we score: NHTSA crash-test safety (40%), recall frequency across all years (25%) and the share of owner complaints involving a crash, fire or injury (35%). Based on NHTSA & EPA data — not user reviews.
Overview
The Audi 5000 is one of the most popular vehicles in its class, produced from 1981 to 1988 across multiple generations.
How to read a Audi 5000 VIN — every digit explained
Every Audi 5000 carries a unique 17-character VIN stamped at the factory. Each position is a code — together they spell out where, when and how your car was built. Here's exactly what every digit means.
- WMI (1–3) — country & manufacturer. Tells you it's a Audi and the country it was built in (real Audi codes below).
- VDS (4–8) — model, body style, engine, trim & restraints. The 8th digit is the engine code.
- Check digit (9) — a math check that proves the VIN is genuine.
- Model year (10) — the year it was built (e.g. R = 2024, S = 2025).
- Plant (11) — which factory assembled this 5000.
- Serial (12–17) — the unique sequential production number.
- GermanyWA1 · WAU · WU1 · WUA
- HungaryTRU
Digits 4–17 — the engine code (8th), model-year letter (10th) and plant — follow the universal SAE standard, identical on every car. For the full year-code table (2001–2026), country codes and where the VIN is stamped on your 5000, see the complete guide to reading a VIN.
How many recalls does the Audi 5000 have?
The Audi 5000 has 41 recorded NHTSA recalls across 1981–1988. Pick a year below to see its recalls — then verify open recalls against your specific VIN.
1988 Audi 5000 recalls 3
Fuel System, Gasoline
What's wrong. Fuel injection seals may harden, due to high temperature and alcohol in some fuels, and allow fuel to escape into the engine compartment.
Risk. Fuel dripping onto hot engine components could cause anengine compartment fire.
Fix. Replace engines fuel injector seals with improved seals plus improvements designed to better insulate the engine against fire risk.
Fuel System, Gasoline:storage:tank Assembly
What's wrong. Repeated topping off of fuel tank during refueling reduces the expansion space within the tank allowing vapors to escape from the charcoal filter to outside rather than being inducted into the engine.
Risk. Escaping vapors could ignite by heat emitted by theexhaust system.
Fix. Install redesigned filler neck and a new vent valve and hose for charcoal filter. Also, stop refueling when pump nozzle shuts off.
Power Train:axle Assembly
What's wrong. The differential oil of the transaxle is lost over time due to evaporation. Low oil levels cause premature bearing and gear wear and eventual failure of the differential.
Risk. In the event of failure, the vehicle's drive wheels couldlose power. In extreme circumstances, the front wheels lock, causing rapiddeceleration resulting in possible loss of vehicle control and an accident.
Fix. Drain and replace the differential gear oil with oil having higher performance characteristics.
1987 Audi 5000 recalls 4
Fuel System, Gasoline
What's wrong. Fuel injection seals may harden, due to high temperature and alcohol in some fuels, and allow fuel to escape into the engine compartment.
Risk. Fuel dripping onto hot engine components could cause anengine compartment fire.
Fix. Replace engines fuel injector seals with improved seals plus improvements designed to better insulate the engine against fire risk.
Fuel System, Gasoline:storage:tank Assembly
What's wrong. Repeated topping off of fuel tank during refueling reduces the expansion space within the tank allowing vapors to escape from the charcoal filter to outside rather than being inducted into the engine.
Risk. Escaping vapors could ignite by heat emitted by theexhaust system.
Fix. Install redesigned filler neck and a new vent valve and hose for charcoal filter. Also, stop refueling when pump nozzle shuts off.
Service Brakes, Air:disc:caliper
What's wrong. Certain rear brake calipers could bind and consequently overheat.
Risk. Overheated calipers could cause brake pedal to feelspongy and could result in one brake circuit becoming inoperative. Brakingability would be affected.
Fix. Requires inspection of brake calipers and replacement of calipers as necessary.
Power Train:axle Assembly
What's wrong. The differential oil of the transaxle is lost over time due to evaporation. Low oil levels cause premature bearing and gear wear and eventual failure of the differential.
Risk. In the event of failure, the vehicle's drive wheels couldlose power. In extreme circumstances, the front wheels lock, causing rapiddeceleration resulting in possible loss of vehicle control and an accident.
Fix. Drain and replace the differential gear oil with oil having higher performance characteristics.
1986 Audi 5000 recalls 9
Fuel System, Gasoline
What's wrong. Fuel injection seals may harden, due to high temperature and alcohol in some fuels, and allow fuel to escape into the engine compartment.
Risk. Fuel dripping onto hot engine components could cause anengine compartment fire.
Fix. Replace engines fuel injector seals with improved seals plus improvements designed to better insulate the engine against fire risk.
Fuel System, Gasoline:storage:tank Assembly
What's wrong. Repeated topping off of fuel tank during refueling reduces the expansion space within the tank allowing vapors to escape from the charcoal filter to outside rather than being inducted into the engine.
Risk. Escaping vapors could ignite by heat emitted by theexhaust system.
Fix. Install redesigned filler neck and a new vent valve and hose for charcoal filter. Also, stop refueling when pump nozzle shuts off.
Service Brakes, Air:disc:caliper
What's wrong. Certain rear brake calipers could bind and consequently overheat.
Risk. Overheated calipers could cause brake pedal to feelspongy and could result in one brake circuit becoming inoperative. Brakingability would be affected.
Fix. Requires inspection of brake calipers and replacement of calipers as necessary.
Seat Belts:front:buckle Assembly
What's wrong. Rear or front right seat belt locks may not properly engage. Consequence of defect: seat belts could separate in event of heavy brake application or impact and thus subject passengers to injury.
Fix. Replace seat belts, as necessary.
Fuel System, Gasoline:fuel Injection System
What's wrong. Misadjustment of fuel distributor allows fuel to escape and be absorbed by the air filter. Consequence of defect: with the fuel absorbed by the air filter and an engine backfire on restart, this fuel could ignite and result in an engine compartment fire.
Fix. Installation of an air filter modification kit to preclude fuel leaks.
Power Train:automatic Transmission:lever And Linkage:floor Shift
What's wrong. Sudden acceleration from a stationary position may occur, when shifting from park to reverse or drive.
Risk. Unexpected sudden acceleration without prior warningcould result in a vehicle crash, causing injuries.
Fix. Install an automatic shift lock to prevent the transmission shift lever from being moved from park to reverse or drive unless brake pedal is applied at the same time.
Vehicle Speed Control:cruise Control
What's wrong. The idle stabilizer may experience excessive wear, causing engine idle fluctuations, usually described as engine surge, which increase with usage of the car.
Risk. Engine surge could ultimately see-saw to the extend thatloss of vehicle control could be experienced if the brakes were not applied intime. There is a risk of a collision and injury in a confined space.
Fix. Replace idle stabilization valve.
Service Brakes, Hydraulic:foundation Components:hoses, Lines/piping, And Fittings
What's wrong. These brake hose assemblies have inadequate crimps attaching the hose to the hose fittings and could cause the hose and fitting to separate.
Risk. If the brake hose assembly separates, loss of braking power can occur increasing the potential for a vehicle accident.
Fix. These brake hose assemblies will be replaced.
Power Train:axle Assembly
What's wrong. The differential oil of the transaxle is lost over time due to evaporation. Low oil levels cause premature bearing and gear wear and eventual failure of the differential.
Risk. In the event of failure, the vehicle's drive wheels couldlose power. In extreme circumstances, the front wheels lock, causing rapiddeceleration resulting in possible loss of vehicle control and an accident.
Fix. Drain and replace the differential gear oil with oil having higher performance characteristics.
1985 Audi 5000 recalls 8
Fuel System, Gasoline
What's wrong. Fuel injection seals may harden, due to high temperature and alcohol in some fuels, and allow fuel to escape into the engine compartment.
Risk. Fuel dripping onto hot engine components could cause anengine compartment fire.
Fix. Replace engines fuel injector seals with improved seals plus improvements designed to better insulate the engine against fire risk.
Fuel System, Gasoline:storage:tank Assembly
What's wrong. Repeated topping off of fuel tank during refueling reduces the expansion space within the tank allowing vapors to escape from the charcoal filter to outside rather than being inducted into the engine.
Risk. Escaping vapors could ignite by heat emitted by theexhaust system.
Fix. Install redesigned filler neck and a new vent valve and hose for charcoal filter. Also, stop refueling when pump nozzle shuts off.
Vehicle Speed Control:cruise Control
What's wrong. Malfunctions of internal components of idle control unit could cause idle stabilizer valve to become activated outside its normal operating range.
Risk. Idle rpm may become erratic and, in someinstances,increase.
Fix. Install latest specification idle control unit.
Fuel System, Gasoline:fuel Injection System
What's wrong. Misadjustment of fuel distributor allows fuel to escape and be absorbed by the air filter. Consequence of defect: with the fuel absorbed by the air filter and an engine backfire on restart, this fuel could ignite and result in an engine compartment fire.
Fix. Installation of an air filter modification kit to preclude fuel leaks.
Power Train:automatic Transmission:lever And Linkage:floor Shift
What's wrong. Sudden acceleration from a stationary position may occur, when shifting from park to reverse or drive.
Risk. Unexpected sudden acceleration without prior warningcould result in a vehicle crash, causing injuries.
Fix. Install an automatic shift lock to prevent the transmission shift lever from being moved from park to reverse or drive unless brake pedal is applied at the same time.
Vehicle Speed Control:cruise Control
What's wrong. The idle stabilizer may experience excessive wear, causing engine idle fluctuations, usually described as engine surge, which increase with usage of the car.
Risk. Engine surge could ultimately see-saw to the extend thatloss of vehicle control could be experienced if the brakes were not applied intime. There is a risk of a collision and injury in a confined space.
Fix. Replace idle stabilization valve.
Service Brakes, Hydraulic:foundation Components:hoses, Lines/piping, And Fittings
What's wrong. These brake hose assemblies have inadequate crimps attaching the hose to the hose fittings and could cause the hose and fitting to separate.
Risk. If the brake hose assembly separates, loss of braking power can occur increasing the potential for a vehicle accident.
Fix. These brake hose assemblies will be replaced.
Power Train:axle Assembly
What's wrong. The differential oil of the transaxle is lost over time due to evaporation. Low oil levels cause premature bearing and gear wear and eventual failure of the differential.
Risk. In the event of failure, the vehicle's drive wheels couldlose power. In extreme circumstances, the front wheels lock, causing rapiddeceleration resulting in possible loss of vehicle control and an accident.
Fix. Drain and replace the differential gear oil with oil having higher performance characteristics.
1984 Audi 5000 recalls 6
Fuel System, Gasoline
What's wrong. Fuel injection seals may harden, due to high temperature and alcohol in some fuels, and allow fuel to escape into the engine compartment.
Risk. Fuel dripping onto hot engine components could cause anengine compartment fire.
Fix. Replace engines fuel injector seals with improved seals plus improvements designed to better insulate the engine against fire risk.
Fuel System, Gasoline:storage:tank Assembly
What's wrong. Repeated topping off of fuel tank during refueling reduces the expansion space within the tank allowing vapors to escape from the charcoal filter to outside rather than being inducted into the engine.
Risk. Escaping vapors could ignite by heat emitted by theexhaust system.
Fix. Install redesigned filler neck and a new vent valve and hose for charcoal filter. Also, stop refueling when pump nozzle shuts off.
Vehicle Speed Control:cruise Control
What's wrong. Malfunctions of internal components of idle control unit could cause idle stabilizer valve to become activated outside its normal operating range.
Risk. Idle rpm may become erratic and, in someinstances,increase.
Fix. Install latest specification idle control unit.
Service Brakes, Hydraulic:foundation Components:hoses, Lines/piping, And Fittings
What's wrong. Under adverse weather conditions, outer rubber layer of brake hoses may become brittle and develop cracks. Consequence of defect: cracks could lead to loss of brake fluid resulting in an increase in stopping distance and possibly an accident.
Fix. Replace brake hoses as necessary.
Power Train:automatic Transmission:lever And Linkage:floor Shift
What's wrong. Sudden acceleration from a stationary position may occur, when shifting from park to reverse or drive.
Risk. Unexpected sudden acceleration without prior warningcould result in a vehicle crash, causing injuries.
Fix. Install an automatic shift lock to prevent the transmission shift lever from being moved from park to reverse or drive unless brake pedal is applied at the same time.
Service Brakes, Hydraulic:foundation Components:hoses, Lines/piping, And Fittings
What's wrong. These brake hose assemblies have inadequate crimps attaching the hose to the hose fittings and could cause the hose and fitting to separate.
Risk. If the brake hose assembly separates, loss of braking power can occur increasing the potential for a vehicle accident.
Fix. These brake hose assemblies will be replaced.
1983 Audi 5000 recalls 5
Service Brakes, Hydraulic:foundation Components:hoses, Lines/piping, And Fittings
What's wrong. Under adverse weather conditions, outer rubber layer of brake hoses may become brittle and develop cracks. Consequence of defect: cracks could lead to loss of brake fluid resulting in an increase in stopping distance and possibly an accident.
Fix. Replace brake hoses as necessary.
Service Brakes, Hydraulic:pedals And Linkages
What's wrong. Certain vehicles were assembled with an insufficient height differential between the accelerator and brake pedals.
Risk. Consequence of defect: the driver could inadvertently depress both pedals at one time, lose control, and have an accident.
Fix. Dealer will install a brake pedal plate which will raise the brake pedal to the proper height.
Vehicle Speed Control:accelerator Pedal
What's wrong. On the involved vehicles, an improperly placed mat interferes with the vibration absorber attached to the underside of the accelerator. The pedal may not fully return to the idle position.
Risk. Consequence of defect: this could result in unintentional accleration which could cause loss of vehicle control and an accident.
Fix. Dealer will install, where necessary, a guide for the accelerator pedal and inspect the entire throttle system.
Power Train:automatic Transmission:lever And Linkage:floor Shift
What's wrong. Sudden acceleration from a stationary position may occur, when shifting from park to reverse or drive.
Risk. Unexpected sudden acceleration without prior warningcould result in a vehicle crash, causing injuries.
Fix. Install an automatic shift lock to prevent the transmission shift lever from being moved from park to reverse or drive unless brake pedal is applied at the same time.
Service Brakes, Hydraulic:foundation Components:hoses, Lines/piping, And Fittings
What's wrong. These brake hose assemblies have inadequate crimps attaching the hose to the hose fittings and could cause the hose and fitting to separate.
Risk. If the brake hose assembly separates, loss of braking power can occur increasing the potential for a vehicle accident.
Fix. These brake hose assemblies will be replaced.
1982 Audi 5000 recalls 3
Service Brakes, Hydraulic:pedals And Linkages
What's wrong. Certain vehicles were assembled with an insufficient height differential between the accelerator and brake pedals.
Risk. Consequence of defect: the driver could inadvertently depress both pedals at one time, lose control, and have an accident.
Fix. Dealer will install a brake pedal plate which will raise the brake pedal to the proper height.
Vehicle Speed Control:accelerator Pedal
What's wrong. On the involved vehicles, an improperly placed mat interferes with the vibration absorber attached to the underside of the accelerator. The pedal may not fully return to the idle position.
Risk. Consequence of defect: this could result in unintentional accleration which could cause loss of vehicle control and an accident.
Fix. Dealer will install, where necessary, a guide for the accelerator pedal and inspect the entire throttle system.
Power Train:automatic Transmission:lever And Linkage:floor Shift
What's wrong. Sudden acceleration from a stationary position may occur, when shifting from park to reverse or drive.
Risk. Unexpected sudden acceleration without prior warningcould result in a vehicle crash, causing injuries.
Fix. Install an automatic shift lock to prevent the transmission shift lever from being moved from park to reverse or drive unless brake pedal is applied at the same time.
1981 Audi 5000 recalls 3
Service Brakes, Hydraulic:pedals And Linkages
What's wrong. Certain vehicles were assembled with an insufficient height differential between the accelerator and brake pedals.
Risk. Consequence of defect: the driver could inadvertently depress both pedals at one time, lose control, and have an accident.
Fix. Dealer will install a brake pedal plate which will raise the brake pedal to the proper height.
Vehicle Speed Control:accelerator Pedal
What's wrong. On the involved vehicles, an improperly placed mat interferes with the vibration absorber attached to the underside of the accelerator. The pedal may not fully return to the idle position.
Risk. Consequence of defect: this could result in unintentional accleration which could cause loss of vehicle control and an accident.
Fix. Dealer will install, where necessary, a guide for the accelerator pedal and inspect the entire throttle system.
Power Train:automatic Transmission:lever And Linkage:floor Shift
What's wrong. Sudden acceleration from a stationary position may occur, when shifting from park to reverse or drive.
Risk. Unexpected sudden acceleration without prior warningcould result in a vehicle crash, causing injuries.
Fix. Install an automatic shift lock to prevent the transmission shift lever from being moved from park to reverse or drive unless brake pedal is applied at the same time.
Best and worst years for the Audi 5000
Based on NHTSA owner-complaint volume across 8 tracked years, the worst years are 1985, 1986, 1987 and the best (fewest complaints) are 1981, 1988, 1982.
ForCar aggregate — our own analysis of complaint volume, not published by NHTSA.
| Year | Owner complaints | Top issue | Verdict |
|---|---|---|---|
| 1981 5000 | Equipment | Best | |
| 1982 5000 | Vehicle Speed Control | Best | |
| 1983 5000 | Power Train | Average | |
| 1984 5000 | Visibility | Average | |
| 1985 5000 | Power Train | Avoid | |
| 1986 5000 | Vehicle Speed Control | Avoid | |
| 1987 5000 | Electrical System | Avoid | |
| 1988 5000 | Engine And Engine Cooling | Best |
What are the most common Audi 5000 problems?
The most-reported Audi 5000 problems are Tires (1 reports), Gasoline (4 reports) and Steering (7 reports) — out of 73 owner complaints NHTSA holds for the model. Here's how they break down:
Most-reported components — tap a category to read what owners actually experienced:
Power Train 19 Read
Transmission locked in reverse, causing sudden acceleration/accident. *sd
Differential failed twice, once causing vehicle to lock up, causing loss of control/accident/injuries. *skd
Differential failure prior to recall (93v-006),causing loss of control/accident/injuries. *skd
Differential failure resulting in a vehicle accident.
Car was put in reverse, suddenly accelerated out of control, causing accident. *dsh
Consumer was driving approximately 20mph when the axle assembly gave way. Consumer lost all power. The wheels did not lock up. There is a recall for power train axle assembly mandated in 1993. Consumer had recall repairs done on 5-5-93 at 48,651 miles, but never experienced the defect until now. *ak
Differential failed.
Transaxle seal failed, resulting in a leak prior to/after recall repairs. (93v-0060). *ak
Transmission locked up after recall repair.
Recieved a recall notice after transmission was replaced at owners expense owner is seeking reimburstment. Tt
Visibility 11 Read
Heat exchanger blew causing overflow of hot water to spill into front seats of vehicle.
Location of bubbles in front windshield glass, impairs visibility. *ak
Sunroof inopertive. *sd
Power windows inopertive. *sd
Power sun roof failed.
Power windows failed twice.
Power mirrors failed.
Heater core exploded causing poor visibility when smoke came through ventillation. Mjs
Electrical windows failed.
Vehicle Speed Control 10 Read
Sudden acceleration, causing loss of control/2 accidents/injuries. *skd
Consumer put car into reverse and it accelerated and caused an accident injuring her shoulder . Tt
Sudden acceleration, causing accident on 2nd time. *tw
On way to work, passed car, put pedal to the floor and it stuck there, until tapped with foot, thank god, but when i got to work, car idled up and down, erratic, between 10,000 and 20,000 rpms. Turned off engine, no noise, no warning lights on. Restarted ok, still idled funny. Turned off engine. Waited a minute, no noise, no warning lights, no smoke. Inside nwa building working 15 minutes and my manager said car was on fire...flames underhood about 20 feet in the air...burned car next to it too. Fire department, put out, millersville, md hqs dept. Said started in engine, so bad burnt and melted hard to tell what failed. I had no fire insurance on car. Any recourse against audi? Please advise. I had just spent $3,000 in repairs on car...seat, cruise, exhuast, tune up, injectors...at local shops. I am sick...was planning to add comprehensive,but had to take to geico for inspection first. Moreover, i live in condo, with garage, 4 family unit, had been parking in my garage at night...a few hours later we might have all been killed or injured...whole place is wood frame. The tow truck operator/owner who towed car to his shop, said he has seen this before in this model many times...he said car will be there to inspect for a few weeks...the junked.*ak
I started the car in a driveway, intending to back onto the street. When i placed the car in reverse, the car accelerated backward at top speed. I could not stop the car by applying the brakes. I had 40 feet of skid marks visible on the pavement. The car was stopped by it's impact with a parked car. I have been told that this type of incident has happened many times with 1986 audi 5000 models. What should i do with this car? Is it safe to continue to use?
Owner was in an accident because the vehicle accelerated for no reason, causing high rpm and an increase in vehicle speed. *ak
Sticking accelerator, causing vehicle to accelerate. *ak
Sudden acceleration of vehicle. Tt
Idle speed control module failed, causing sudden acceleration. *skd
Sudden acceleration, causing loss of control. *ak
Electrical System 7 Read
On way to work, passed car, put pedal to the floor and it stuck there, until tapped with foot, thank god, but when i got to work, car idled up and down, erratic, between 10,000 and 20,000 rpms. Turned off engine, no noise, no warning lights on. Restarted ok, still idled funny. Turned off engine. Waited a minute, no noise, no warning lights, no smoke. Inside nwa building working 15 minutes and my manager said car was on fire...flames underhood about 20 feet in the air...burned car next to it too. Fire department, put out, millersville, md hqs dept. Said started in engine, so bad burnt and melted hard to tell what failed. I had no fire insurance on car. Any recourse against audi? Please advise. I had just spent $3,000 in repairs on car...seat, cruise, exhuast, tune up, injectors...at local shops. I am sick...was planning to add comprehensive,but had to take to geico for inspection first. Moreover, i live in condo, with garage, 4 family unit, had been parking in my garage at night...a few hours later we might have all been killed or injured...whole place is wood frame. The tow truck operator/owner who towed car to his shop, said he has seen this before in this model many times...he said car will be there to inspect for a few weeks...the junked.*ak
Consumer was traveling about 45mph and brakes developed a violent shaking and vibration. Also, upon applying brakes consumer saw smoke coming from the steering wheel, it was very hot. *ak
Switch which controls the headlights, wipers, cruise control and turn signals work intermittently.
Ignition switch failed.
Engine wiring harness failed causing engine to lock up and damaged engine. *mjs
Wire harness self destructed, causing complete failure of the engine and electrical system. *ak
Distributor replaced. *sd
Steering 7 Read
When making a turn the car went one way when the wheel was turned another. The steering column broke and the car hit a barrier. Please describe. Tt
Hydraulic system leak causes loss of steering, brakes, and transmission. *dh
Power steering rack replaced. *sd
Power steering pump failed. *sd
Power steering pump failed. *dh
Replaced power steering pump 8 times, also replaced power brakes. *ak
Service Brakes 6 Read
Consumer was traveling about 45mph and brakes developed a violent shaking and vibration. Also, upon applying brakes consumer saw smoke coming from the steering wheel, it was very hot. *ak
Had little stopping ability, hydroboost had gone bad. (please give details). Tt
Brakes work intermittently. *sd
Brakes fail occasionally.
Front brakes locked up.
Replaced power steering pump 8 times, also replaced power brakes. *ak
Hydraulic 6 Read
Consumer was traveling about 45mph and brakes developed a violent shaking and vibration. Also, upon applying brakes consumer saw smoke coming from the steering wheel, it was very hot. *ak
Had little stopping ability, hydroboost had gone bad. (please give details). Tt
Brakes work intermittently. *sd
Brakes fail occasionally.
Front brakes locked up.
Replaced power steering pump 8 times, also replaced power brakes. *ak
Engine And Engine Cooling 4 Read
A smell of gas arose, parked the vehicle and looked back at the vehicle, a fire started in the grill in the front of the vehicle. Please provide further information. *ak
Purchase car used on the second day car broke down for the last five month. Tt
Radiator cooling fan shorts outs after accumulating many miles. Wiring to fan burned out completely. The affect to vehicle was unknown. Dealer was contacted . Please provide more information.*ak
Intermittent stalling. *sd
Source: NHTSA owner complaints, all model years. Bar = share of total complaints. Full reports searchable on NHTSA.gov.
Audi 5000 specifications & dimensions
The 1988 Audi 5000. Full dimensions below — engine, horsepower and trim decode from your VIN. For the original factory build — MSRP, trim and standard equipment — rebuild the Audi 5000 window sticker.
| Specs cache warming… |
Source: NHTSA vPIC / Transport Canada vehicle specifications. Metric values converted to imperial; generation ranges approximate.
Audi 5000 cargo space, seating & interior room
How much the 5000 holds — passengers and cargo. Seating, cargo and interior dimensions vary by trim and seat configuration — decode your VIN for the exact build.
Exact seating capacity, third-row availability, legroom and headroom decode from your VIN or vary by trim — the original factory equipment & options list shows what each trim included.
Passenger & cargo volume from EPA fueleconomy.gov (largest configuration). Seats, legroom and headroom from NHTSA vPIC on VIN decode.
Audi 5000 tire size, oil type & owner specs
The fitment owners look up most — tires, wheels, oil and batteries. Exact wheel and tire sizes decode from your VIN or the driver's door-jamb placard; the universal items are listed below.
Exact tire, wheel, oil grade, capacity and battery group are added per trim and model year — decode your VIN above for the factory fitment. Universal items shown as-is.
What MPG does the Audi 5000 get?
The Audi 5000 returns up to 20 combined MPG (EPA), which works out to roughly $3,100/yr in fuel. Pick an engine to see MPG, annual running cost and CO₂ by year:
The 1988 Audi 5000 (2.3L 5-cyl) gets 20 mpg combined and costs about $3,100/yr to fuel, emitting 444 g/mi CO₂ — about $4,500 more than the average new vehicle over 5 years.
| Year | City | Hwy | Comb | Fuel/yr | CO₂ g/mi | Smog | Engine |
|---|---|---|---|---|---|---|---|
| 1988 5000 | 18 | 23 | $3,100 | 444 | — | 2.3L 5-cyl | |
| 1987 5000 | 16 | 24 | $3,300 | 468 | — | 2.2L 5-cyl | |
| 1986 5000 | 17 | 24 | $3,300 | 468 | — | 2.2L 5-cyl | |
| 1985 5000 | 17 | 23 | $3,300 | 468 | — | 2.2L 5-cyl | |
| 1984 5000 | 17 | 23 | $3,300 | 468 | — | 2.1L 5-cyl |
Source: EPA fuel-economy database (ForCar-hosted, 1986–2027) — best combined rating per engine & year, with EPA annual fuel cost and tailpipe CO₂. Trim & drivetrain vary slightly; decode your VIN for the exact figure.
See how the 5000 stacks up against the most fuel-efficient sedans, or calculate this 5000's real yearly fuel cost.
What engines does the Audi 5000 have? Power & range
The Audi 5000 is offered with 1 powertrain — 2.3L 5-cyl. Here's the lineup by engine, transmission and drivetrain.
| Engine | Displacement | Transmission | Drive | Fuel |
|---|---|---|---|---|
| 5-cyl | 2.3L · 5-cyl | Manual 5-spd | FWD | Regular |
Horsepower, torque and fuel-tank size decode from your VIN — exact figures vary by engine and trim.
Source: EPA fueleconomy.gov (engines, drivetrain, range, charge time). Horsepower & torque from NHTSA vPIC on VIN decode.
How much does a Audi 5000 cost to own?
A Audi 5000 tends to depreciate faster than average. A typical example keeps roughly 37% of its value after five years — losing about 63% to depreciation. Check what a used 5000 is worth today or browse current used-market prices before you buy or sell. Fuel, maintenance and insurance add to the total cost to own.
| Age | Value retained | Est. resale value | Lost to depreciation |
|---|---|---|---|
| Year 1 | 75% | $22,500 | −$7,500 |
| Year 2 | 63% | $18,900 | −$11,100 |
| Year 3 | 53% | $15,900 | −$14,100 |
| Year 4 | 44% | $13,200 | −$16,800 |
| Year 5 | 37% | $11,100 | −$18,900 |
What goes into the five-year cost to own:
- Depreciation — the biggest cost: this 5000 loses about 63% of its value over five years. See the full depreciation curve by age.
- Fuel — ≈ $15,500 over five years at roughly 15,000 miles a year.
- Maintenance & repairs — routine service, tires and wear items as the 5000 ages.
- Insurance — varies by driver, state and trim; get a quote for your exact figure.
Resale & depreciation are ForCar estimates from typical segment value-retention curves — not a live market quote. Fuel from EPA fueleconomy.gov at ~15k mi/yr.
Is the Audi 5000 safe?
NHTSA crash-test ratings aren't published for the 5000 yet — see the top-rated safest cars instead.
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How many miles does a Audi 5000 last?
A well-maintained Audi 5000 typically lasts 250,000–300,000+ miles. It's exceptionally durable — with routine maintenance many owners report 250k+ on the original powertrain. Its ForCar Reliability Score is 3.5/5.
Check your Audi 5000’s VIN — history, recalls & specs
Title records, open recalls, build details and paint code — straight from the VIN. Free.
Check this 5000’s VIN free →All Audi 5000 model years
A year-by-year snapshot of the Audi 5000 — recalls, best EPA fuel economy and NHTSA safety. Tap a year for full details.
| Year | Recalls | Best MPG | Safety |
|---|---|---|---|
| 1988 5000 | 3 recalls | — | |
| 1987 5000 | 4 recalls | — | |
| 1986 5000 | 9 recalls | — | |
| 1985 5000 | 8 recalls | — | |
| 1984 5000 | 6 recalls | — | |
| 1983 5000 | 5 recalls | — | |
| 1982 5000 | 3 recalls | — | |
| 1981 5000 | 3 recalls | — |
Recalls = NHTSA campaigns that year · MPG = best EPA combined · Safety = NHTSA overall stars (tested years).
Frequently asked questions
What are the worst years for the 5000?
By owner-complaint volume, 1985, 1986, 1987 drew the most reports. 1981, 1988, 1982 have the cleanest records.
How many recalls does the 5000 have?
41 recorded NHTSA recalls across 1981–1988. Always check open recalls by your VIN.
What MPG does the 5000 get?
Up to 20 combined MPG (EPA), depending on engine — from the base 4-cylinder to the hybrid.
How many miles does a 5000 last?
A well-maintained 5000 typically reaches 200,000–300,000 miles with regular maintenance.
Is the 5000 reliable?
Our ForCar Reliability Score for the 5000 is 3.5/5, based on NHTSA safety, recall history and complaint severity.
What's the Audi 5000 warranty?
New Audi models carry a 4 years / 50,000 miles basic (bumper-to-bumper) warranty and a 4 years / 50,000 miles powertrain warranty. Coverage can vary by model year and market — confirm with a Audi dealer.
Where is the Audi 5000 made?
The assembly plant is encoded in the VIN — the 11th character. Decode your 5000's VIN above to see exactly where it was built; Audi may build it at more than one plant depending on the year.
How much ground clearance does the 5000 have?
Ground clearance varies by trim and drivetrain — AWD/4WD versions often sit higher. Decode your VIN or check the specific trim for the exact figure.