Engineering Explained3.9 млн
Опубликовано 8 августа 2018, 14:00
Honda S2000 Gasoline Horsepower vs Nissan Leaf Electric Torque
Is torque or horsepower more important? Sponsored By Formula E
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Related Videos: (Formula E Series)
1. Electric Cars Are Single Speed - youtu.be/36H9BVeMYMI
2. Manual Transmission Electric Cars - youtu.be/42MVi6Fel-E
3. Tuning Electric Cars - youtu.be/OgyMnPZvGW0
4. 300 MPH Electric Production Car - youtu.be/n8brxrLSryc
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Because electric cars produce peak torque at zero RPM, you might be surprised by the acceleration they're capable of, especially at lower vehicle speeds. On the other hand, internal combustion engines need to be spinning up at a much higher speed than electric motors before they produce peak torque, especially engines like the F20C in the Honda S2000 used in this video.
The cars chosen for the comparison are quite different. The Nissan Leaf has high torque, 236 lb-ft, but relatively low power at 147 HP. The Honda S2000 on the other hand has decent power, 265 whp, but low torque at just 163 lb-ft. The engine is designed to make peak power and peak torque at very high RPM, above 8,000, versus zero RPM like the Leaf. The S2000 is much lighter, however. Which vehicle will accelerate faster? I've created a simple 0-80 mph test to show how the torque delivery of each vehicle differs.
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NEW VIDEO EVERY WEDNESDAY!
Is torque or horsepower more important? Sponsored By Formula E
Subscribe for new videos every Wednesday! - goo.gl/VZstk7
Related Videos: (Formula E Series)
1. Electric Cars Are Single Speed - youtu.be/36H9BVeMYMI
2. Manual Transmission Electric Cars - youtu.be/42MVi6Fel-E
3. Tuning Electric Cars - youtu.be/OgyMnPZvGW0
4. 300 MPH Electric Production Car - youtu.be/n8brxrLSryc
5. How EVs Beat ICE - youtu.be/vk__f28yeLs
6. My New Car Is Electric - youtu.be/FN0g4fDq8MQ
7. Are Electric Cars The Future? - youtu.be/wLrvGtw8jAQ
Because electric cars produce peak torque at zero RPM, you might be surprised by the acceleration they're capable of, especially at lower vehicle speeds. On the other hand, internal combustion engines need to be spinning up at a much higher speed than electric motors before they produce peak torque, especially engines like the F20C in the Honda S2000 used in this video.
The cars chosen for the comparison are quite different. The Nissan Leaf has high torque, 236 lb-ft, but relatively low power at 147 HP. The Honda S2000 on the other hand has decent power, 265 whp, but low torque at just 163 lb-ft. The engine is designed to make peak power and peak torque at very high RPM, above 8,000, versus zero RPM like the Leaf. The S2000 is much lighter, however. Which vehicle will accelerate faster? I've created a simple 0-80 mph test to show how the torque delivery of each vehicle differs.
Don't forget to check out my other pages below!
Facebook: facebook.com/engineeringexplai...
Official Website: howdoesacarwork.com
Twitter: twitter.com/jasonfenske13
Instagram: instagram.com/engineeringexpla...
Car Throttle: carthrottle.com/user/engineeri...
Amazon: amazon.com/shop/engineeringexp...
EE Extra: youtube.com/channel/UCsrY4q8xG...
NEW VIDEO EVERY WEDNESDAY!
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