1997 Ford Aerostar
Vehicle Specs & Maintenance Data
The 1997 Ford Aerostar maintenance specs on this page cover the key fluids, torque values, and wear items you need for routine service. Use these numbers as a quick reference when performing oil changes, tire rotations, brake jobs, and other scheduled maintenance on your Ford Aerostar.
For oil changes, the 1997 Ford Aerostar takes 5W-20 Full Synthetic motor oil with a capacity of 5.5 quarts. Brake fluid type is DOT 3, the recommended coolant is Motorcraft Gold (OAT), and transmission fluid is Mercon LV. Always use the manufacturer-recommended fluids to maintain warranty coverage and engine longevity.
When mounting wheels on the Ford Aerostar, torque the lug nuts to 100 ft-lbs using a calibrated torque wrench. Over- or under-torquing can lead to warped brake rotors or loose wheels. Re-torque after 50 to 100 miles on newly installed wheels.
There are 5 NHTSA safety recalls on file for the 1997 Ford Aerostar. Check the Recalls tab below for full details.
Specifications on this page are compiled from multiple publicly available sources including manufacturer documentation, NHTSA data, and automotive databases. Always cross-reference with your owner's manual or official factory documentation before purchasing parts or performing any service.
The 1997 Ford Aerostar uses 5W-20 Full Synthetic motor oil (5.5 qt capacity), requires lug nuts torqued to 100 ft-lbs, takes DOT 3 brake fluid.
Enter a diagnostic trouble code to see causes, symptoms, and fixes for the 1997 Ford Aerostar.
No known problems reported for this vehicle yet.
5 NHTSA safety recalls for the 1997 Ford Aerostar. Check your VIN at NHTSA.gov
SERVICE BRAKES, HYDRAULIC
CERTAIN AFTERMARKET BRAKE HYDRAULIC MASTER CYLINDERS SOLD AS REPLACEMENT BRAKE CYLINDERS FOR CERTAIN FORD, DAIMLERCHRYSLER, AND JEEP PASSENGER VEHICLES. THESE BRAKE CYLINDERS WERE SOLD UNDER THE BRAND NAMES OF NAPA, RAYBESTOS, AIMCO, AC DELCO, CARQUEST, BENDIX, AND WAGNER. ONLY PRODUCTS THAT WERE MANUFACTURED FROM JULY 27, 2005 THROUGH JANUARY 17, 2006 (DATE CODES 0529 THROUGH 0602) ARE SUBJECT TO THIS RECALL. WHEN SUBJECT TO VERY COLD TEMPERATURES, AN INTERNAL SEAL IN THE MASTER CYLINDER COULD LOSE FLEXIBILITY AND MAY CAUSE BRAKE FLUID TO LEAK.
LOSS OF BRAKE FLUID CAN LEAD TO A DECREASE IN BRAKE LINE PRESSURE AND AN INCREASE IN STOPPING DISTANCE, WHICH CAN RESULT IN A VEHICLE CRASH.
AFFINIA (BRAKE PARTS, INC.) WILL REPLACE THE SUBJECT BRAKE HYDRAULIC MASTER CYLINDERS FREE OF CHARGE. THE RECALL BEGAN ON MARCH 20, 2006. OWNERS CAN CONTACT AFFINA GROUP CUSTOMER SERVICE AT 1-800-323-0354.
VEHICLE SPEED CONTROL:CABLES
VEHICLE DESCRIPTION: MINIVANS EQUIPPED WITH 3.0L ENGINES. AN ACCELERATOR CABLE WAS KINKED DURING INSTALLATION, CAUSING THE CORE WIRES TO EVENTUALLY FRAY.
THIS COULD INCREASE THE FRICTION IN THE CABLE, CAUSING THE THROTTLE TO BE SLOW TO RETURN TO IDLE. THIS CONDITION COULD RESULT IN A STUCK THROTTLE.
DEALERS WILL INSTALL A NEW ACCELERATOR CABLE.
ELECTRICAL SYSTEM:IGNITION:SWITCH
VEHICLE DESCRIPTION: MINI VANS. THESE VEHICLES WERE PRODUCED WITH A HIGHER THAN SPECIFIED ELECTRICAL LOAD THROUGH THE ACCESSORY POWER FEED CIRCUIT. THE POTENTIAL FOR CONTACT BETWEEN THE B2 (BATTERY), A2 (ACCESSORY), AND P1 (PROOF) CIRCUITS CAN OCCUR, CREATING A SHORT CIRCUIT, ALLOWING CURRENT TO FLOW THROUGH THE GROUND WIRE.
THIS CAN CAUSE OVER HEATING AND THE POTENTIAL FOR A VEHICLE FIRE.
DEALERS WILL INSTALL A JUMPER HARNESS WITH A RELAY WHICH WILL RE-ROUTE AND ACTIVATE ALL A2 ACCESSORIES THROUGH THE RELAY.
SERVICE BRAKES, AIR:DISC:ROTOR
EQUIPMENT DESCRIPTION: AFTERMARKET BRAKE ROTORS FOR USE ON CERTAIN FORD AND MAZDA TRUCKS. CRACKED CASTINGS CAUSED CRACKS TO APPEAR ON THE OUTER DIAMETER OF THE ROTOR HAT OR AROUND THE STUD HOLE.
LOSS OF BRAKING CAN RESULT.
AIMCO WILL REIMBURSE CONSUMERS/INSTALLERS FOR THE COST OF REPLACEMENT ROTORS AND INSTALLATION. CONSUMERS ARE REQUESTED TO RETURN TO THE LOCATION WHERE THE ROTORS WERE ORIGINALLY PURCHASED/INSTALLED FOR REPLACEMENT.
POWER TRAIN:TRANSFER CASE (4-WHEEL DRIVE)
VEHICLE DESCRIPTION: ALL WHEEL DRIVE PASSENGER MINIVANS. THESE VEHICLES CAN DEVELOP POWERTRAIN BENDING RESONANCE OR TRANSFER CASE OUTPUT SHAFT BUSHING DISPLACEMENT. THE POWERTRAIN BENDING RESONANCE OR THE OUTPUT SHAFT BUSHING DISPLACEMENT CAN RESULT IN STRUCTURAL FAILURE OF THE TRANSMISSION AND/OR TRANSFER CASE. FLUID EXPLUSION, DRIVESHAFT SEPARATION OR LOSS OF VEHICLE DRIVE CAN RESULT.
THIS CONDITION CAN CAUSE A LOSS OF VEHICLE CONTROL, AND, IF THE EXPELLED FLUID CONTACTS THE EXHAUST SYSTEM, A VEHICLE FIRE COULD OCCUR.
DEALERS WILL INSTALL A NEW TRANSFER CASE REAR OUTPUT SHAFT BUSHING AND AN ALUMINUM DRIVESHAFT WILL BE INSTALLED.