Is there a point to a line lock kit with an M6?
So what's some good brands for line locks?
Differences between brand solenoids we carry is a moot point. All our solenoids used are rebuildable, they all hold ~3000psi and function almost identically the same. Why carry a variety then? Due to the fact that different people like different things. Some like the way one looks over another, some like brand loyalty etc.
Whether a transmission is an auto or manual has little bearing on the function of a line lock solenoid. The solenoid holds brake pressure to the fronts to lock the wheels. While you are heating up your tires, you are in control and will not walk the car.
You reduce stress and wear on the drivetrain and brake assembly. This is simply due to most folks use their brakes while they perform a burnout to control "roll". (thus the name that you've probably seen "roll control" for a LL solenoid came about). Brake usage is probably used more with auto-transmission drivers to initiate a burnout. Manual drivers either pop the clutch then apply the brakes to control roll (reason for the roll control still). If those drivers (M6 drivers) are not applying their brakes, they are rolling forward, to the left/right etc with little "control".
Anytime you are not using a LL solenoid using your brakes to conrol the car, initiate a burnout etc you are placing quite a bit of additional stress on the cars components. You are creating unnessessary wear and additional repairs/costs will be seen as a result.
For the price of a LL assembly, you are reducing wear and stress on expensive components while providing stability during a burnout. At minimum, they are a fun low cost addition. Typically, once a customer uses one for the first time, they realize what they have been missing.
Differences between brand solenoids we carry is a moot point. All our solenoids used are rebuildable, they all hold ~3000psi and function almost identically the same. Why carry a variety then? Due to the fact that different people like different things. Some like the way one looks over another, some like brand loyalty etc.
Whether a transmission is an auto or manual has little bearing on the function of a line lock solenoid. The solenoid holds brake pressure to the fronts to lock the wheels. While you are heating up your tires, you are in control and will not walk the car.
You reduce stress and wear on the drivetrain and brake assembly. This is simply due to most folks use their brakes while they perform a burnout to control "roll". (thus the name that you've probably seen "roll control" for a LL solenoid came about). Brake usage is probably used more with auto-transmission drivers to initiate a burnout. Manual drivers either pop the clutch then apply the brakes to control roll (reason for the roll control still). If those drivers (M6 drivers) are not applying their brakes, they are rolling forward, to the left/right etc with little "control".
Anytime you are not using a LL solenoid using your brakes to conrol the car, initiate a burnout etc you are placing quite a bit of additional stress on the cars components. You are creating unnessessary wear and additional repairs/costs will be seen as a result.
For the price of a LL assembly, you are reducing wear and stress on expensive components while providing stability during a burnout. At minimum, they are a fun low cost addition. Typically, once a customer uses one for the first time, they realize what they have been missing.
almost forgot to mention their customer service kicks ***
The Best V8 Stories One Small Block at Time
Differences between brand solenoids we carry is a moot point. All our solenoids used are rebuildable, they all hold ~3000psi and function almost identically the same. Why carry a variety then? Due to the fact that different people like different things. Some like the way one looks over another, some like brand loyalty etc.
Whether a transmission is an auto or manual has little bearing on the function of a line lock solenoid. The solenoid holds brake pressure to the fronts to lock the wheels. While you are heating up your tires, you are in control and will not walk the car.
You reduce stress and wear on the drivetrain and brake assembly. This is simply due to most folks use their brakes while they perform a burnout to control "roll". (thus the name that you've probably seen "roll control" for a LL solenoid came about). Brake usage is probably used more with auto-transmission drivers to initiate a burnout. Manual drivers either pop the clutch then apply the brakes to control roll (reason for the roll control still). If those drivers (M6 drivers) are not applying their brakes, they are rolling forward, to the left/right etc with little "control".
Anytime you are not using a LL solenoid using your brakes to conrol the car, initiate a burnout etc you are placing quite a bit of additional stress on the cars components. You are creating unnessessary wear and additional repairs/costs will be seen as a result.
For the price of a LL assembly, you are reducing wear and stress on expensive components while providing stability during a burnout. At minimum, they are a fun low cost addition. Typically, once a customer uses one for the first time, they realize what they have been missing.
-Ryan
i think they are made more for M6's.
And to an earlier poster, meow. And, you know not of what you speak.
Got mine after I burned out my rear brakes in less than 30k miles doing burnouts at the track. An excellent investment, IMHO.
LOL
Get tires wet.. move up a bit. Rev to about 4k or so, dump the clutch (car should not move too far) then move left foot to break while still holding gas with right foot. Roast the tires.
You shouldn't have to put a foot on the break until the clutch is dumped. Unless you are on an incline where the car won't stay still.
I've mentioned previously the shortcomings with their circuit activation. They have no LED which lets you know if your circuit is active...why, because it is always active...not good. The switch is a non-momentary switch which can create hazzards if you accidentally turn the line lock on while driving...it shorts closed etc..
Our kits brings much higher value and choices regarding designs and function.
You are correct, there is no led. Always wondered about that, since the switch has an led that never lights. But it is in my console, so the likelihood of it being activated while driving is minimal, at best.
Seems like lawyers should have gotten involved if they copied you...but I hate lawyers, so nevermind.
So my point was this: Make sure you get a kit that just drops in (sounds like yours does). Don't get one that you have to kludge together.
We have two switches and an LED. The master switch turns makes the circuit live so that that when your ready at any moment to use the control switch you can. The LED lets you know the circuit is active.
Not trying to create arguements at all, the area was a thorn in my backside when they decided to create their own "exclusive" setup.
Get tires wet.. move up a bit. Rev to about 4k or so, dump the clutch (car should not move too far) then move left foot to break while still holding gas with right foot. Roast the tires.
You shouldn't have to put a foot on the break until the clutch is dumped. Unless you are on an incline where the car won't stay still.
As far as safety, drivers all over the world have proven that all safety devices can be overridden.
So let's call a truce and let the public decide.
BSEE
We have two switches and an LED. The master switch turns makes the circuit live so that that when your ready at any moment to use the control switch you can. The LED lets you know the circuit is active.
Not trying to create arguements at all, the area was a thorn in my backside when they decided to create their own "exclusive" setup.
Get tires wet.. move up a bit. Rev to about 4k or so, dump the clutch (car should not move too far) then move left foot to break while still holding gas with right foot. Roast the tires.
You shouldn't have to put a foot on the break until the clutch is dumped. Unless you are on an incline where the car won't stay still.

