Rexpeed Carbon Fiber Door Switch Panel Covers for GR Corolla (GC14)
Rexpeed dry carbon fiber interior door switch panel covers for 2023+ GR Corolla install directly over your factory trim with paper-thin 3M adhesive. Standard 2x2 carbon weave with a gloss finish.
Vehicle Fitment:
2023+ Toyota GR Corolla
Purchase Includes:
(4) Covers
(1) 3M Adhesive
Rexpeed Part Number:
GC14
Rexpeed dry carbon fiber is made in a pre-preg and dry process which consists of vacuum forming sheet carbon fiber into a mold at temperatures around 200-300°C, allowing the carbon fiber to form into a strong and lightweight composite. Dry carbon parts are typically thinner than wet carbon.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Rexpeed Carbon Fiber Door Switch Panel Covers for GR Corolla (GC14)
Rexpeed Carbon Fiber Door Switch Panel Covers for GR Corolla (GC14)
Rexpeed dry carbon fiber interior door switch panel covers for 2023+ GR Corolla install directly over your factory trim with paper-thin 3M adhesive. Standard 2x2 carbon weave with a gloss finish.
Vehicle Fitment:
2023+ Toyota GR Corolla
Purchase Includes:
(4) Covers
(1) 3M Adhesive
Rexpeed Part Number:
GC14
Rexpeed dry carbon fiber is made in a pre-preg and dry process which consists of vacuum forming sheet carbon fiber into a mold at temperatures around 200-300°C, allowing the carbon fiber to form into a strong and lightweight composite. Dry carbon parts are typically thinner than wet carbon.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Rexpeed dry carbon fiber interior door switch panel covers for 2023+ GR Corolla install directly over your factory trim with paper-thin 3M adhesive. Standard 2x2 carbon weave with a gloss finish.
Vehicle Fitment:
2023+ Toyota GR Corolla
Purchase Includes:
(4) Covers
(1) 3M Adhesive
Rexpeed Part Number:
GC14
Rexpeed dry carbon fiber is made in a pre-preg and dry process which consists of vacuum forming sheet carbon fiber into a mold at temperatures around 200-300°C, allowing the carbon fiber to form into a strong and lightweight composite. Dry carbon parts are typically thinner than wet carbon.
