1993 Nissan Quest
Fuel Economy Overview
The 1993 Nissan Quest achieves an EPA-estimated 18 MPG in combined city and highway driving, with 16 MPG in the city and 21 MPG on the highway. Powered by a 3L 6-cylinder engine paired with a automatic 4-spd, this special purpose vehicles features Front-Wheel Drive drive.
In terms of environmental impact, the 1993 Quest produces approximately 494 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 Quest has higher-than-average emissions in this regard.
The estimated annual fuel cost for this vehicle is $3,300, based on 15,000 miles of driving per year and current national average fuel prices. Compared to the average new vehicle, you would save $5,750 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: MINIVANS. THE FUEL TANK VENT HOSE ALLOWS AIR TO VENT FROM THE FUEL TANK DURING REFUELING. CRACKS HAVE DEVELOPED IN THE VENT HOSE. IF (1) THE FUEL TANK IS OVERFILLED, NOT ALLOWING EXCESS FUEL IN THE VENT HOSE TO FLOW BACK INTO THE TANK, (2) THE VEHICLE IS DRIVEN ONLY A SHORT DISTANCE AFTER REFUELING AND, (3) THERE IS SUBSEQUENTLY SIGNIFICANT HEATING OF THE FUEL TANK, THE FUEL IN THE TANK CAN EXPAND INTO THE VENT HOSE AND LEAK FUEL.
Consequence & Remedy
Consequence: FUEL LEAKAGE IN THE PRESENCE OF AN IGNITION SOURCE CAN RESULT IN A FIRE.
Remedy: DEALERS WILL REPLACE THE VENT HOSE.
LEAVES AND OTHER FOREIGN MATERIAL CAN ENTER THROUGH THE COWL PANEL AIR INTAKE DURING OPERATION OF THE FRONT HEATER AND/OR AIR CONDITIONING SYSTEM RESULTING IN A BUILD-UP OF MATERIAL IN THE PLENUM. THIS CAN LEAD TO NOISE, ODORS, OR IN SOME CASES, IGNITION OF THESE MATERIALS.
Consequence & Remedy
Consequence: A VEHICLE FIRE COULD OCCUR.
Remedy: DEALERS WILL INSTALL AN ADDITIONAL HEATER/AIR CONDITIONING SYSTEM INTAKE SCREEN.
FUEL FILLER HOSES MAY HAVE BEEN CUT PRIOR TO INSTALLATION BY A UTILITY KNIFE USED TO OPEN THE SHIPPING BOX.
Consequence & Remedy
Consequence: FUEL LEAKAGE CAN RESULT IF THE CUT EXTENDED THROUGH THETHICKNESS OF THE HOSE WALL. LEAKING FUEL CAN RESULT IN A FIRE IF EXPOSEDTO A SOURCE OF IGNITION.
Remedy: REPLACE THE FUEL FILLER HOSE.
THE SERVICE BRAKE MASTER CYLINDER WAS NOT PROPERLY ASSEMBLED OR COULD HAVE BEEN DAMAGED BY THE EVACUATION AND FILLING OF THE BRAKE SYSTEM AT THE ASSEMBLY PLANT.
Consequence & Remedy
Consequence: THIS CAN RESULT IN A PARTIAL BRAKE SYSTEM FAILURE DUE TOINTERNAL MASTER CYLINDER LEAKAGE WHICH CAN CAUSE LOSS OF BRAKING ON TWO OF THEFOUR WHEELS. IF THIS OCCURS, THERE WOULD BE INCREASED BRAKE PEDAL TRAVEL, HIGHERPEDAL EFFORTS AND INCREASED STOPPING DISTANCES.
Remedy: A NEW BRAKE MASTER CYLINDER WILL BE INSTALLED.
ONE OR BOTH OF THE BOLTS SECURING THE AUTOMATIC SEAT BELT RESTRAINT SYSTEM TRACKS TO THE B-PILLARS WERE NOT ADEQUATELY TIGHTENED.
Consequence & Remedy
Consequence: THIS CONDITION CAN RESULT IN THE AUTOMATIC SEAT BELTSYSTEM TRACK JOINTS HAVING LESS THAN DESIGN STRENGTH, AND INCREASE THE RISK OFINJURY TO THE SEAT OCCUPANT IN THE EVENT OF A COLLISION OR SUDDEN STOP.
Remedy: DEALERS WILL TIGHTEN THE PASSIVE RESTRAINT SYSTEM TRACK MOUNTING BOLTS.
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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 Nissan Quest configurations.
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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)