Most manufacturers have found their balance but occasionally they adjust the figures slightly. In general, the talk regarding torque vs horsepower, will undoubtedly become a moot point in the future, as it will be replaced by one simple measurement: kW.
Forgetting all of the whys and wherefores, electric power can deliver massive amounts of torque from standstill, meaning acceleration is always brisk, despite the weight penalty of having hundreds of laptop batteries glued to the chassis. The balance between horsepower vs torque may very well be replaced with electric cars in the future. As a comparison, a Bugatti Veyron will do the same in It really does seem as if electric power is the way forward, as the gap in performance in closing very, very quickly.
There is no simple answer as to what is best, so perhaps the simple question is: what suits you best? Terms and conditions Delivery costs Delivery time. Site map How cookies are used Registration of a new fitting station For media. You will find drivers using tyres bought at Oponeo all across Europe. Click on a flag to visit our foreign web-shops. Click if you live in Ireland. Tyres Wheels Customer guide.
Alloy wheels Steel wheels. Tyre reviews Over 90, independent reviews. Articles The greatest tyre knowledge source on the Internet. Tools Markings, pressure, exchangebles, speed and load indexes. A pathetic-sounding lb-ft but around hp. It also sounds like nothing else on Earth. Does torque equal acceleration?
What does torque actually mean? Where numbers fall down The problem with these power and torque figures is that they only give two snapshots of an engine at two very specific RPMs. The moral here?
In short Horsepower is the best measure of both acceleration and top speed assuming weight, grip, drag and everything else is the same. More torque and lower peak-torque RPM usually means more low-end push which makes for a better daily-driver.
Thanks for reading! Any feedback much appreciated! Sort by Best Sort by Latest. Show Comments. Torque multiplied by rpm returns horsepower. Basically, the faster the crankshaft spins with the same amount of force, the more power an engine will make. A car with more hp than torque will always be quicker since this gives a car acceleration and speed.
Jason uses two hypothetical cars to illustrate all of this. Both have the exact same gear ratio, but one uses a diesel engine with pound-feet of torque, and the other uses a gasoline engine with lb-ft of torque. The diesel engine with twice the torque will accelerate quicker initially because it has a greater sustained force to make more power. However, it only revs to 2, rpm.
Meanwhile, the gasoline engine will rev to 5, rpm. It won't accelerate as quickly initially, but it won't have to shift gears while the diesel will. The two will offer the same amount of speed, but the diesel will accelerate more quickly. This is why low-end torque becomes important for better acceleration in many scenarios. Higher torque doesn't mean one vehicle will necessarily be faster than another, though.
One last thing to note is that the amount of torque and horsepower a vehicle has can affect the rate of wear and tear it experiences. We serve a variety of customers, including newcomers to Canada as well as people of all credit backgrounds. To get started with financing today, complete our online application to find a vehicle that works for your budget and lifestyle.
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