Honda Prelude Characteristics (Honda Prelude)
Technical characteristics of Honda Prelude (Honda Prelude): power, fuel consumption per 100 km, weight (weight), ground clearance (clearance), reversal radius, type of transmission and brakes, body sizes and tires.
Characteristics of Prelude 1996 - 2000
Modification |
Power, kW (hp) / about |
Fuel consumption (medium), l / 100 km |
Weight (mass), kg |
2.0i |
98(133)/5300 |
9.2 |
1190 |
2.2 VTI (185 hp) |
136(185)/7000 |
9.5 |
1255 |
2.2 VTI (200 LS) |
147(200)/7000 |
9.9 |
1255 |
Characteristics of Prelude 1992 - 1996
Modification |
Power, kW (hp) / about |
Fuel consumption (medium), l / 100 km |
Weight (mass), kg |
2.0i |
98(133)/5300 |
8.6 |
1193 |
2,2I |
136(185)/6800 |
8.8 |
1305 |
2,3i |
118(160)/5800 |
8.8 |
1222 |
Characteristics of Prelude 1987 - 1992
Modification |
Power, kW (hp) / about |
Fuel consumption (medium), l / 100 km |
Weight (mass), kg |
2.0 (109 hp) |
80(109)/5800 |
9.1 |
1065 |
2.0 (114 hp) |
84(114)/5800 |
9.3 |
1050 |
2.0 (150 hp) |
110(150)/6000 |
8.8 |
1095 |
Characteristics of Prelude 1983 - 1987
Modification |
Power, kW (hp) / about |
Fuel consumption (medium), l / 100 km |
Weight (mass), kg |
1.8 |
77(105)/5500 |
8.3 |
975 |
2.0i |
101(137)/6000 |
8.6 |
1022 |
Characteristics of Prelude 1979 - 1982
Modification |
Power, kW (hp) / about |
Fuel consumption (medium), l / 100 km |
Weight (mass), kg |
1.6 |
59(80)/5300 |
8.8 |
920 |
Although the first Honda Prelude (Honda Prelude), debuting in 1979, made a rather strange impression, the garde duckling turned into a wonderful swan with the advent of the second generation in 1983. Sales of the model reached their peak in the mid-80s, and from the moment they were steadily declined, partly due to the fact that some buyers repelled the design of the first generation, but more due to the total decline in the sports compartment market - many consumers began to tend to sedans and SUVs. The latest generation of Prelude, published in 1997, focuses on a sports aspect, has an increased power and various technologies that improve the characteristics of technologies, such as the VTEC gas distribution phase system and the Active Torque Transfer System (ATTS) torque distribution system.