Cars.APISED

Search our car spec database holding details on over 70,000 vehicles

Query Parameter

Description
make
Manufacturer of the car ( AC, Acura, Adler, ect ) valid operators: = lk: sw: ew: eq:
model
Specific name or designation of the car ( ACE, Aceca, Cobra, ect ) valid operators: = lk: sw: ew: eq:
generation
Version or series of the car model ( 1 generation, Mk IV, 2 generation, ect ) valid operators: = lk: sw: ew: eq:
year_from
Year the car model was first produced ( between 1904 and 2020 ) valid operators = eq: le: lt: ge: gt:
year_to
Year the car model production ended ( between 0 and 2020 ) valid operators = eq: le: lt: ge: gt:
series
Sub-series or variant of the car model ( Cabriolet, Roadster, Coupe, ect ) valid operators: = lk: sw: ew: eq:
trim
Specific configuration or package of the car model ( 3.5, 4.6, 4.9, ect ) valid operators: = lk: sw: ew: eq:
body_type
Type of the car's body (e.g., sedan, SUV) ( Cabriolet, Roadster, Coupe, ect ) valid operators: = lk: sw: ew: eq:
number_of_seats
Number of seats available in the car ( between 1 and 9, 12 ) valid operators = eq: le: lt: ge: gt:
length_mm
Overall length of the car in millimeters ( between 1826 and 6720 ) valid operators = eq: le: lt: ge: gt:
width_mm
Overall width of the car in millimeters ( between 1194 and 4705 ) valid operators = eq: le: lt: ge: gt:
height_mm
Overall height of the car in millimeters ( between 1005 and 3600 ) valid operators = eq: le: lt: ge: gt:
wheelbase_mm
Distance between the front and rear axles in millimeters ( between 1200 and 4821 ) valid operators = eq: le: lt: ge: gt:
front_track_mm
Width between the front wheels in millimeters ( between 158 and 1901 ) valid operators = eq: le: lt: ge: gt:
rear_track_mm
Width between the rear wheels in millimeters ( between 1070 and 1975 ) valid operators = eq: le: lt: ge: gt:
curb_weight_kg
Weight of the car without passengers or cargo in kilograms ( between 14 and 3850 ) valid operators = eq: le: lt: ge: gt:
ground_clearance_mm
Distance between the ground and the lowest part of the car in millimeters ( between 4 and 460 ) valid operators = eq: le: lt: ge: gt:
full_weight_kg
Total weight of the car when fully loaded in kilograms ( between 690 and 5352 ) valid operators = eq: le: lt: ge: gt:
max_trunk_capacity_l
Maximum trunk capacity in liters ( between 11 and 5400 ) valid operators = eq: le: lt: ge: gt:
maximum_torque_n_m
Maximum torque produced by the engine in Newton meters ( between 3 and 98/3000 ) valid operators = eq: le: lt: ge: gt:
injection_type
Type of fuel injection system used in the engine ( Multi-point fuel injection, Injector, ect ) valid operators: = lk: sw: ew: eq:
cylinder_layout
Arrangement of the engine's cylinders ( V-type, Inline, ect ) valid operators: = lk: sw: ew: eq:
number_of_cylinders
Total number of cylinders in the engine ( between 1 and 16 ) valid operators = eq: le: lt: ge: gt:
engine_type
Type or design of the engine ( Gasoline, Diesel, ect ) valid operators: = lk: sw: ew: eq:
valves_per_cylinder
Number of valves per cylinder in the engine ( between 1 and 6 ) valid operators = eq: le: lt: ge: gt:
boost_type
Type of forced induction used in the engine ( Turbo, Twin-scroll, ect ) valid operators: = lk: sw: ew: eq:
cylinder_bore_mm
Diameter of the engine's cylinders in millimeters ( between 9 and 110 ) valid operators = eq: le: lt: ge: gt:
stroke_cycle_mm
Distance the piston travels within the cylinder in millimeters ( between 53 and 197 ) valid operators = eq: le: lt: ge: gt:
turnover_of_maximum_torque_rpm
Engine speed at which maximum torque is achieved in RPM ( between 1000 and 900,1,500 ) valid operators = eq: le: lt: ge: gt:
presence_of_intercooler
Indicates if the engine has an intercooler ( Not Present, Present, ect ) valid operators: = lk: sw: ew: eq:
engine_hp
Maximum horsepower produced by the engine ( between 5 and 1914 ) valid operators = eq: le: lt: ge: gt:
engine_hp_rpm
Engine speed at which maximum horsepower is achieved in RPM ( between 550 and 5500-6500 ) valid operators = eq: le: lt: ge: gt:
drive_wheels
Type of drive wheels ( Rear wheel drive, Front wheel drive, ect ) valid operators: = lk: sw: ew: eq:
number_of_gears
Total number of gears in the car's transmission ( between 1 and 10 ) valid operators = eq: le: lt: ge: gt:
turning_circle_m
Diameter of the turning circle in meters ( between 5.1 and 71 ) valid operators = eq: le: lt: ge: gt:
transmission
Type of transmission system used in the car ( Manual, Automatic, ect ) valid operators: = lk: sw: ew: eq:
mixed_fuel_consumption_per_100_km_l
Average fuel consumption per 100 kilometers in liters ( between 0.6 and 46 ) valid operators = eq: le: lt: ge: gt:
range_km
Total range of the car on a full tank of fuel in kilometers ( between -1 and to,980 ) valid operators = eq: le: lt: ge: gt:
emission_standards
Environmental emission standards the car complies with ( Euro 4, Euro 5, ect ) valid operators: = lk: sw: ew: eq:
fuel_tank_capacity_l
Capacity of the fuel tank in liters ( between 0 and ) valid operators = eq: le: lt: ge: gt:
max_speed_km_per_h
Maximum speed of the car in kilometers per hour ( between 16 and km/h ) valid operators = eq: le: lt: ge: gt:
city_fuel_per_100km_l
Fuel consumption in city driving conditions per 100 kilometers in liters ( between 2.1 and 43.1 ) valid operators = eq: le: lt: ge: gt:
fuel_grade
Type of fuel recommended for the car ( 95, 98, ect ) valid operators: = lk: sw: ew: eq:
highway_fuel_per_100km_l
Fuel consumption on the highway per 100 kilometers in liters ( between 2.1 and 28 ) valid operators = eq: le: lt: ge: gt:
back_suspension
Type of rear suspension system used in the car ( Helical springs, Wishbone, ect ) valid operators: = lk: sw: ew: eq:
rear_brakes
Type of rear brakes used in the car ( ventilated disc, Disc, ect ) valid operators: = lk: sw: ew: eq:
front_brakes
Type of front brakes used in the car ( ventilated disc, Disc, ect ) valid operators: = lk: sw: ew: eq:
front_suspension
Type of front suspension system used in the car ( Helical springs, Wishbone, ect ) valid operators: = lk: sw: ew: eq:
acceleration_0_100_kmh_s
Time taken to accelerate from 0 to 100 km/h in seconds ( between 1.97 and 50 ) valid operators = eq: le: lt: ge: gt:
acceleration_0_60_mph_s
Time taken to accelerate from 0 to 60 mp/h in seconds ( between 1.90105 and 48.25 ) valid operators = eq: le: lt: ge: gt:
acceleration_0_62_mph_s
Time taken to accelerate from 0 to 62 mp/h in seconds ( between 1.97 and 50 ) valid operators = eq: le: lt: ge: gt:
range_m
Total range of the car on a full tank of fuel in miles ( between -1 and 3672 ) valid operators = eq: le: lt: ge: gt:
engine_displacement_cc
Engine displacement in cubic centimeters ( between 94 and 8382 ) valid operators = eq: le: lt: ge: gt:
order_by
order results by column using ASC:<ColumnName> or DESC:<ColumnName>, e.g ASC:acceleration_0_60_mph_s will return fastest cars first

Example Request

  • javaScript
  • Node.js
  • PHP
  • Axios
  • fetch
import axios from 'axios';

const options = {
    method: 'GET',
    url: 'cars-apised.p.rapidapi.com/v1/cars',
    params: {
        make: 'bmw',
        trim: 'lk:335',
        
    },
    headers: {
        'X-RapidAPI-Key': '<YourApiKey>',
        'X-RapidAPI-Host': 'cars-apised.p.rapidapi.com'
    }
};

try {
    const response = await axios.request(options);
    console.log(response.data);
} catch (error) {
    console.error(error);
}

Example Response