Is rev limiter bad for dirt bike?
Hitting the rev limiter occasionally wont do any harm. While over use of the rev limiter, over time will cause excessive valve wear, and possible valve failure over time.
Does hitting the rev limiter hurt the engine?
The rev limiter does not hurt your engine, but bouncing the car off the rev limiter continuously is not a good idea either. If you hit the rev limiter before you shift it slows your run and wastes fuel.
Does the Ninja 400 have a speed limiter?
The Ninja 400 doesn’t have a before first service lowered rev limiter. So you do not need to take it anywhere to remove it. It’s 12500 (from memory) from day one. Some newer bikes / fancier bikes do this, e.g. my S1KRR had a 7000rpm limit until it was unlocked by the dealer after the first service.
Is removing rev limiter bad?
In newer fuel injected cars the rev limiter is built into the ECU and cuts off fuel. NO, it is not advisable to remove it, they stop engine damage from occurring if the engine were to go faster than its designed speed.
Is it safe to bounce or rev limiter?
Hitting the rev limiter while on the gas should be fine. Your rev limiter is then doing what it should be doing; preventing your engine from revving too high. If things are designed properly there is no reason you couldn’t bounce off the rev limiter all day.
Is it bad to shift at redline?
6800 rpm will generally have more power compared to 5500 rpm. So by shifting later in 1st gear, you instantly hit a more powerful rpm range in 2nd gear. That is why shifting at redline is the fastest way to accelerate.
Is it bad to hit the rev limiter in neutral?
Yes, this causes engine wear. When the transmission is in neutral and the engine is “revved” without any load, the spinning engine internals will accelerate, gathering rotational and lateral forces at a faster rate than designed by the manufacturer. Rapidly revving an engine will heat up the piston rings much faster.
What limits an engine’s RPM?
The maximum RPM of an engine is limited to the airflow through the engine, the displacement of the engine, the mass and balance of the rotating parts, along with the bore and stroke of the pistons.