1995 BMW M3
Fuel Economy Overview
The 1995 BMW M3 achieves an EPA-estimated 20 MPG in combined city and highway driving, with 17 MPG in the city and 25 MPG on the highway. Powered by a 3L 6-cylinder engine paired with a manual 5-spd, this subcompact cars features Rear-Wheel Drive drive.
In terms of environmental impact, the 1995 M3 produces approximately 444 grams of CO2 per mile. This figure is measured under standardized EPA test conditions and represents tailpipe emissions only. For context, the average new vehicle sold in the United States produces approximately 400 grams of CO2 per mile, meaning this M3 has higher-than-average emissions in this regard.
The estimated annual fuel cost for this vehicle is $3,450, based on 15,000 miles of driving per year and current national average fuel prices. Compared to the average new vehicle, you would save $6,500 over a 5-year period. This calculation accounts for differences in fuel consumption efficiency and provides a practical measure of long-term ownership costs attributable to fuel economy.
Energy DNA
Green Scorecard
Personalized Commute CalculatorEPA defaults to 55% City / 45% Hwy
Adjust the slider to match your daily driving habits. City driving involves stop-and-go traffic under 45mph, while highway driving represents sustained speeds over 55mph.
Aerodynamic Speed Penalty
EPA highway tests average roughly 48 mph. Driving at 75 mph increases aerodynamic drag exponentially. Expect your real-world highway fuel economy to drop by roughly 15-20% at interstate speeds.
5-Year Total Cost of Ownership
Recall Intelligence
VEHICLE DESCRIPTION: PASSENGER VEHICLES. A MALFUNCTION OR FAILURE OF A COOLANT SYSTEM COMPONENT, SUCH AS A THERMOSTAT, WATER PUMP, OR FAN BELT, CAN RESULT IN SIGNIFICANTLY INCREASED COOLANT TEMPERATURE AND SYSTEM PRESSURE. IF THE INDICATIONS OF A CRITICAL OVERHEATING CONDITION IS NOT NOTICED BY THE DRIVER, IT IS POSSIBLE THAT DAMAGE TO, OR FAILURE OF, A COOLANT SYSTEM COMPONENT COULD OCCUR.
Consequence & Remedy
Consequence: IF A CRACK WERE TO FORM OR A SEAM WERE TO SEPARATE IN THE HEATER CORE END PIECE, HOT COOLANT COULD SUDDENLY BE EXPELLED, INCREASING THE RISK OF PERSONAL INJURY TO A VEHICLE OCCUPANT.
Remedy: DEALERS WILL INSTALL A NEW DESIGN RADIATOR CAP TO CONTROL PRESSURE AND PROVIDE GREATER COOLANT OVERFLOW IN THE EVENT OF OVERHEATING.
THE CRUISE CONTROL AND THROTTLE CABLES ARE ATTACHED TO THE SAME THROTTLE VALVE ACTUATING LEVER AT THE THROTTLE HOUSING. IT IS POSSIBLE THAT THE PLASTIC BUSHING ON EITHER CABLE COULD BREAK DUE TO ENVIRONMENTAL INFLUENCES COUPLED WITH VIBRATION. IF THE BUSHING BREAKS, THE OUTER CABLE HOUSING CAN SEPARATE FROM THE BUSHING. IN THIS CASE, DURING APPLICATION OF THE THROTTLE PEDAL WITHOUT CRUISE CONTROL BEING ENGAGED, THE OUTER TUBE COULD CATCH ON THE EDGE OF THE BROKEN BUSHING.
Consequence & Remedy
Consequence: THIS COULD CAUSE THE THROTTLE VALVE TO REMAIN PARTIALLY OPEN. IT HIS WERE TO OCCUR, THE CAR MIGHT NOT DECELERATE AS EXPECTED INCREASING THE RISK OF A VEHICLE CRASH.
Remedy: DEALERS WILL INSTALL A SPRING STEEL CLIP ON THE OUTER TUBE OF EACH CABLE IN THE AREA OF THE ADJUSTING SCREW AND PLASTIC BUSHING. THE CLIP IS DESIGNED TO PREVENT THE OUTER TUBE FROM DISLODGING FROM THE BUSHING.
THE BRAKE LIGHT SWITCH CAN FAIL ALLOWING THE SWITCH TO REMAIN IN THE "BRAKE LIGHTS OFF" POSITION OR IN THE "BRAKE LIGHTS ON" POSITION.
Consequence & Remedy
Consequence: IF THIS HAPPENS, THE BRAKE LIGHTS EITHER WILL NOT OPERATE OR WILL BE CONTINUOUSLY ON, REGARDLESS OF BRAKE PEDAL POSITION. FOLLOWING DRIVERS WOULD NOT BE ABLE TO DETERMINE WHETHER THE VEHICLE IS STOPPING, INCREASING THE POTENTIAL FOR A VEHICLE ACCIDENT.
Remedy: DEALERS WILL REPLACE THE EXISTING BRAKE LIGHT SWITCH WITH A NEWLY DESIGNED SWITCH.
IN A FMVSS NO. 208 30 MILES-PER-HOUR COMPLIANCE TEST, AN UNBELTED TEST DRIVER DUMMY'S CHEST MAXIMUM RESULTANT ACCELERATION WAS 70.8 G'S, WHICH EXCEEDS THE MAXIMUM ALLOWABLE VALUE OF 60 G'S. ALSO, THE UNBELTED PASSENGER DUMMY'S LEFT FEMUR MAXIMUM LOAD WAS 2361 LBS, WHICH EXCEEDS MAXIMUM ALLOWABLE VALUE OF 2250 LBS. THE VEHICLES DO NOT COMPLY WITH FMVSS NO. 208, "OCCUPANT CRASH PROTECTION."
Consequence & Remedy
Consequence: CONSEQUENCE OF NON-COMPLIANCE: IN THE EVENT OF AN ACCIDENT, THE OCCUPANT WILL BE SUBJECTED TO AN INCREASED RISK OF INJURY.
Remedy: ON AUTOMATIC TRANSMISSION MODELS ONLY, THE DEALER WILL REPLACE THE TRANSMISSION SUPPORT CROSSMEMBER WITH A CROSSMEMBER USED ON THE MANUAL TRANSMISSION MODEL. ALSO, THE TRANSMISSION REAR BUSHING SUPPORTS WILL BE REPLACED WITH BUSHING HAVING DIFFERENT PERFORMANCE CHARACTERISTICS. THE STEERING COLUMN FRONT SUPPORT BEARING AT THE FIREWALL WILL BE REPLACED WITH A MODIFIED PART USING A TEFLON INNER SURFACE AND TEFLON SPRAY WILL BE APPLIED TO THE COLUMN HOUSING IN THE AREA OF THE BEARING. A BRACE WILL BE ADDED BETWEEN THE KNEE BOLSTER SUPPORT AND THE STEERING COLUMN.
Loading live complaint data...
Looking for comprehensive historical data?
NHTSA FARS (Fatal Crash History) and broader generational safety trends are aggregated at the model level rather than by specific engine configurations. View the complete historical data profile for all BMW M3 configurations.
Similar 1995 Subcompact Cars Alternatives
1995 BMW 325i/325is
2.5L 6-cyl Rear-Wheel Drive
1995 BMW 325i/325is
2.5L 6-cyl Rear-Wheel Drive
1995 BMW M3
3L 6-cyl Rear-Wheel Drive
1995 Chevrolet Camaro
3.4L 6-cyl Rear-Wheel Drive
1995 Chevrolet Camaro
3.4L 6-cyl Rear-Wheel Drive
1995 Chevrolet Camaro
3.8L 6-cyl Rear-Wheel Drive
Fuel Cost Analysis
Based on 15,000 miles/year and current fuel prices.
Efficiency Breakdown
Estimated Lifetime Carbon Footprint
(Based on 200,000 miles driven)