ViFA
3D-Bonnet Support V4 For MTC2
3D-Bonnet Support V4 For MTC2
This replaces the fender support that is normally attached to the tip of the suspension arm.
It should be used alone, not in conjunction with the standard fender support.
Because the support point distance is shorter than when mounted on the tip of the suspension arm, it does not hinder the movement of the front chassis.
Features:
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Supports the hood of modern, ultra-thin bodies from underneath.
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Reliably supports downforce.
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Prevents body deformation while driving.
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Helps prevent splitting of the front fenders.
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Fine-tuning is possible by adjusting screw height.
Details:
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Compatibility: MTC2 / MUGEN
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Quantity: 1 piece
Notes:
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Please trim with nippers or similar tool if any part interferes with fitment.
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Design is subject to change without notice for improvement.
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Avoid use in high-temperature environments (60 degrees Celsius / 140 degrees Fahrenheit) such as direct sunlight.
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Weight is for reference only and may vary depending on humidity and temperature.
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The lightweight type is very thin and therefore susceptible to damage from impact or heat.
〔detail〕
・Compatible with: MTC2 / MUGEN
・Quantity = 1 piece
*If there are any parts that interfere, please cut them off using pliers or similar.
*The shape may change without notice for improvement purposes.
*Please avoid using the product in direct sunlight or high temperature environments (60 degrees).
*The weight is a reference value and may vary depending on humidity and temperature.
*Please note that the lightweight type is very thin and vulnerable to impact and heat.
Materials
Materials
The resin used has the following characteristics:
Currently it is the third batch.
-Excellent toughness
・Shock resistance
- Bending resistance
-High safety for the human body
3rd lot: Breaking elongation value 911
Second lot: Breaking elongation value 238
First lot: Breaking elongation value 118
*Since it has low heat resistance, please use it in an ambient temperature of 60 degrees or below.
High temperatures and direct sunlight can cause deformation.