Locking
Engine Mount Plates
Prevents powerful engines from
tearing rubber engine mounts
Negative Supercharging locking engine mount plates
are a compact and cost-effective locking mechanism
to prevent powerful engines from tearing sandwich
type rubber engine mounts. 2 different type of locking
plates are available.
Type 1
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Type 1 locking plates use a U-shaped
plate that fits between the engine mount and
chassis and locks over the engine mount bracket.
This locks together the engine mount during
acceleration to prevent the rubber from tearing
and at the same time it allows the mounts to
flex and absorb engine vibration like standard
engine mounts. The locking plates are made from
5mm (.20") steel, slide between the engine mount
and chassis and do not require any modifications.
Each set is supplied with 2 U-shaped locking
plates |
Type
2 |
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Type 2 locking plates
use 2 diamond shaped plates that overlap in
a "V" configuration. This locks together the
top and bottom engine mount plates during
acceleration to prevent the rubber from tearing
and at the same time it allows the mounts
to flex and absorb engine vibration like standard
engine mounts. The locking plates are made
from 5mm (.20") steel which need to be welded
to the top and bottom plates of the rubber
engine mount. Each set is supplied with 4
locking plates to modify 2 engine mounts and
fitting instructions. |
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Advantages |
Disadvantages |
Type 1 |
• |
Slides between engine mount and chassis |
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Requires NO modifications |
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Does NOT require removing the engine
mounts |
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• |
Increases height of engine by 5mm (.20")
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Much larger and more noticeable than
Type 2 |
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Type 2 |
• |
Does NOT increase height of engine |
• |
More compact and much less noticeable
than Type 1 |
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• |
Locking plates need to be welded to
the 2 engine mounts |
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Requires removing the 2 engine mounts |
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Impulse Engine Technology
P/L |
PO Box 986 Randwick NSW 2031 Australia
Ph: (02) 9398 5544 Fax: (02) 9398 5644
International: Ph: +(612) 9398 5544 Fax: +(612) 9398 5644
Email Us
Inventor of Negative Pressure Supercharging
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