2011-2016 Carbon Fiber Hood AMS Style for Honda CR-Z Hatchback

2011-2016 Carbon Fiber Hood AMS Style for Honda CR-Z Hatchback
Item# 11HDCRZHBAMS-010C
$1,428.00$1,071.00
Availability: Available for Order
This item is currently out of stock!
Rethink the style of your Honda CR-Z with this 2011-2016 Carbon Fiber Hood AMS Style for Honda CR-Z Hatchback. Carbon Fiber Hood AMS Style for Honda CR-Z Hatchback 11-16


*DETAILS
*SKU:11HDCRZHBAMS-010C
*Brand: VIS Racing
*Body Style: Hatchback
*Color: Black
*Hood Style: AMS
*Material: Carbon Fiber
*Style: AMS


2016 HONDA CR-Z
2015 HONDA CR-Z
2014 HONDA CR-Z
2013 HONDA CR-Z
2012 HONDA CR-Z
2011 HONDA CR-Z

SKU:11HDCRZHBAMS-010C

Carbon_Fiber_Hood_AMS_Style_Honda_CR-Z_Hatchback_11-16


Hoods and Trunks are made from 100% ISO-certified, Grade-A carbon fiber material.

VIS Racing Sports is best known for our 3K carbon, which is also known as 2x2 or twill. This pattern is the most recognizable and utilized across many platforms for its uniform and 3D characteristics. The result of producing parts with this material is added strength aside from a race-inspired finish.

With the 3K being used by so many since the late ’90s in aftermarket aero parts, others are now turning to 12K carbon. The higher number denotes the thickness of the material which yields a stronger product, but a much more visible 3D effect, even from a distance. 12K carbon’s flashy appearance and added strength have made it the ideal material

All VIS Carbon Fiber Hoods and Trunks are manufactured using a two-part construction design. The top layer is composed of carbon fiber material bonded to the hood surface with high-grade epoxy resin and finished with an ultra-clear (Poly Shield), UV-protective polyurethane coating for a high gloss finish. A one-piece, smooth underside shell is fused to the top layer enhancing the product’s structural integrity. The edges are smoothed by hands to insure good quality finish all around. In 2014, we further improved on this manufacturing process by introducing the Vacuum Infusion Process (V.I.P.), which utilizes a single-mold vacuum to produce parts that are 10-20% lighter than before while improving durability.