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VIDEO:
Here we see a 1970 Corvette doing a brake torque.
Even though we are increasing the amount of brake assist force
you will see that it does not unbalance the system. Front to
rear brake proportion is retained.
VIDEO:
Here is a 1970 Corvette executing a panic stop.
Notice the ability to quickly and cleanly lock all 4 wheels
without unnecessary drama. C3 Vettes have massive rotors and
calipers, but full braking performance was never fully achieved
due to inadequate assist produced by the factory vacuum brake
booster. With the addition of the Hydratech booster, it is now
possible to easily execute a four wheel lock at will, if needed.
VIDEO:
Panic stop number two, notice how the car evenly hunkers down
at the same time. There is not front to rear imbalance
caused by the additional braking assist. Even though we are
demonstrating the ability to lock all four wheels, the system is
still very easy to modulate.
VIDEO:
This movie was shot head on with the 1970 Corvette.
You will notice that no strange side to side motion exists.
These cars stop straight and true with the enhanced brake assist
system.
VIDEO:
Here is a 1977 Corvette coupe equipped with a Hydratech
booster making a panic stop. Notice that with a stiffer
suspension geometry we are able to perform a four-wheel lock and
the car stops straight. There is no premature rear lock or
strange side effects from the additional braking power.
VIDEO:
This is a 1988 Oldsmobile 442 outfitted with a 455 big block
Oldsmobile engine. It is carrying a bit more weight over
the nose than a factory Cutlass. This vehicle has been equipped
with four wheel disc brakes. The 442 executes a panic stop, once
again notice the ability to engage in a four-wheel lock without
having to put both feet on the brake pedal and try to push it
through the firewall.
VIDEO:
Stop number two in the Oldsmobile. This shows
once again that even with the increased braking power the front
to rear braking geometry is not altered.
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