Other Kia dual - clutches have seven forward speeds, but Kia says the motor's low -
end torque allowed for removing one gear and thus saving a bit of weight.
Not exact matches
On the other hand, with 479 lb - ft of
torque on tap, kicking out the rear
end is child's play, and the stability control system
allows for progressive doses of hooliganism.
The use of a wet - clutch - based
torque - vectoring rear
end allows the Ridgeline to use power alone to vector the
torque, rather than the brake - based
torque vectoring found on other midsize trucks.
The idea is to speed up the air going into the cylinder, which will
allow the engine to produce more low
end torque.
Don't for a minute write it off as a boring, understeering Audi because it is far, far from it, but at the
end of the day I couldn't shake the nagging feeling that a four - wheel drive system like that in the Focus RS, one with a proper
torque vectoring rear diff that
allows more throttle adjustability, would elevate the TT that last little bit to the star performer that it so nearly threatens to be.
Many thought the heavier engine on the front
end would ruin the car's handling, but Wilson found the V - 8's
torque allows the car to be steered with the throttle and notes the weight distribution is about 52/48 percent front / rear.
Third and fourth are the killer gears, for they
allow you to really stretch the elastic mid-range
torque and top -
end power.
The combination of a super-pointy front
end and 33/67 front / rear
torque - split is a clever and expressive one, for it
allows you to set the car up on the way into a corner, turning in with a deliberate lift of the throttle to get the tail moving, then using the quick steering and rear - biased
torque split to power through.
The Mustang Hybrid, for example, will deliver «V8 - like performance with more low -
end torque,» while the F - 150 Hybrid will gain extra pulling power thanks to the low -
end torque, with the powertrain
allowing it to serve as a mobile generator as well.
I should correct one thing: the increased low -
end torque from the turbo / DI combination also
allows more driving to be done without downshifting, which downspeeds the engine and reduces friction losses.
The MX - 5's 2.0 - liter engine has plenty of pep and a newfound reserve of low -
end torque that
allows for quick off - the - line sprints.
The clutch takeup and engagement is surprisingly light and direct — the massive low -
end torque of the 6.2 - liter LS3 V8
allows you to smoosh those clutch plates together at relatively low rpm without stalling or lugging.
This feature helps endow the Range Rover with ample low
end torque in demanding terrain, yet fully exploits the potential of the 5.0 - liter V8 when conditions
allow.
The ST's mountain of mid-range
torque did
allow it to pull a bit of a gap at the
end of the «back» straight between T1 and T2, between T5 and T6, and on the «middle» straights between T6 and T7.
This innovative system
allows for greater low -
end torque, more immediate engine response from any throttle position, and improved fuel economy under higher engine loads.
Indeed, despite having tons of low -
end torque for some casual speeding, this engine wants you to keep it in the sweet spot with those ergonomic carbon shifters, delivering a surprising punch on boost while
allowing some time to think about your next move once those Mitsubishi turbos are on a break.
It also gives drivers the option to utilize electric power to either boost low -
end torque off the line or to
allow zero - emission commuting in city centers.
The broad power band enabled by the LS9's large - displacement supercharger
allows it to make strong low -
end torque and great high - rpm horsepower, which
allowed engineers to specify a camshaft with a relatively low lift of 0.555 - inch (14.1 mm) for both the intake and exhaust valves.
When preparing to go uphill, we recommend using the six - speed automatics manual shifting option, which
allows for later gear shifts and increased low -
end torque.
The second reason is because of the greater low
end torque which
allows them to pull heavier loads much more efficiently than gasoline engines, resulting in lower operating costs than a gasoline engine vehicle.