DIRECT - INJECTED LAMBDA 3.8 - LITER ENGINE The Genesis 3.8 - liter direct - injected Lambda engine has also been further optimized to deliver a flatter overall torque
curve at low rpm for enhanced driveability.
These enhancements combine to produce a flatter torque
curve at lower rpm for even better driveability.
Not exact matches
Meanwhile, a twin - scroll turbo ensures that the boost spools up
at low rpm and then carries through to peak
rpm, variable valve timing on both the intake and exhaust cams swells the power
curve down
low, and direct fuel injection makes possible a relatively high 10.0:1 compression ratio that helps deliver crisp acceleration.
The electric motor is expected to add about another 30 horsepower and 50 lb - ft
at best, and should help puff up the torque
curve in the
lower portion of the
rpm range.
Very
low back pressure is one of the reasons why the power
curve is still ascending
at the 6,500 -
rpm redline.
Although the engine gains only 0.2 kg ⋅ m (2 N ⋅ m; 1 lb ⋅ ft) torque over the VQ35HR and this torque value arrives
at a later 5,200
rpm vs. 4,800 in the VQ35HR, the torque
curve itself is improved and flattened across the
rpm range via Nissan's new VVEL (Variable Valve Event and Lift) variable valve timing resulting in better throttle response and
low rpm torque.
(304 Nm) of torque
at 2,800
rpm, * with a broad torque
curve and good
low - end torque for quick acceleration.
By combining the advanced engine technologies of VTEC with a dual stage intake manifold, a three - stage torque
curve is produced that maximizes the engine's torque output
at low, middle and high
RPMs.
In terms of speed, the Veloster felt quick, with a
low torque
curve starting
at just 1,500
rpm and topping out
at 4,500
rpm.
The new engine is designed for higher overall output and greater torque
at low revs — specifically, 80 brake horsepower per liter and a torque
curve allowing 80 percent of maximum torque
at as
low as 2,000
rpm.
As a result, the new 718 feels livelier than before, and some masterful turbo tuning has erased any lag that usually accompanies forced induction, making for a flatter torque
curve and subsequently more usable power
at lower rpm.
At a low 1,700 rpm, the engine develops a maximum torque of 280 Nm, which stays constant up to 5,300 rpm — its torque curve has an ideal plateau and is actually not curved at al
At a
low 1,700
rpm, the engine develops a maximum torque of 280 Nm, which stays constant up to 5,300
rpm — its torque
curve has an ideal plateau and is actually not
curved at al
at all.
This powerplant of the third generation EA888 engine series transmits its maximum torque of 320 Nm to the front wheels
at a
low 1,500
rpm; this high torque figure stays constant up to a speed of 4,400
rpm — giving the GTI engine a torque
curve that is hardly traditional; it features an extremely sporty torque plateau.