APR Carbon Fiber Body Kit

2015–2023 Dodge Challenger SRT Hellcat (NON WIDEBODY)

Part #: AB-723000

Overview

The APR Carbon Fiber Body Kit is a precision-engineered aerodynamic upgrade designed specifically for the 2015 to 2023 Dodge Challenger SRT Hellcat models without the widebody option. This comprehensive kit enhances the vehicle’s high-speed stability and handling characteristics, making it an ideal choice for enthusiasts who demand improved performance both on the street and the track. Combining aggressive styling with functional aerodynamics, this kit elevates the Challenger’s presence while delivering measurable improvements in downforce and airflow management.

Crafted for drivers who want to maximize their Hellcat’s potential, the APR Carbon Fiber Body Kit integrates seamlessly with the factory body lines, providing a sleek, race-inspired appearance without compromising daily drivability.

Key Features

This aerodynamic package incorporates multiple components designed to work in harmony for superior performance and aesthetics:

• Three-piece front air dam to reduce front-end lift and improve airflow under the vehicle
• Side rocker extensions that enhance side profile aerodynamics and add aggressive visual appeal
• Rear deck spoiler engineered to increase rear downforce and stability at high speeds
• Manufactured using advanced Pre-Preg carbon fiber techniques for optimal strength-to-weight ratio
• High-temperature autoclave curing and vacuum bagging processes ensure consistent quality and durability
• Designed specifically for non-widebody Dodge Challenger SRT Hellcat models from 2015 through 2023
• Improves high-speed handling characteristics on both road and track environments
• Lightweight construction helps maintain vehicle performance without added mass

Construction & Design

The APR Carbon Fiber Body Kit is crafted using state-of-the-art Pre-Preg carbon fiber manufacturing methods. This process involves layering carbon fiber sheets pre-impregnated with resin, which are then cured in a high-temperature autoclave under vacuum pressure. The result is a body kit that offers exceptional rigidity, durability, and a flawless finish with a distinctive carbon fiber weave pattern.

Each component is meticulously designed to fit precisely on the Dodge Challenger SRT Hellcat’s body, ensuring a seamless integration that complements the vehicle’s aggressive styling. The lightweight nature of carbon fiber helps reduce overall weight compared to traditional materials, contributing to improved vehicle dynamics without sacrificing strength.

Installation & Fitment

The APR Carbon Fiber Body Kit is engineered for direct fitment on 2015–2023 Dodge Challenger SRT Hellcat models without the widebody package. Installation requires moderate automotive skills and basic tools, with no major modifications necessary. Each piece aligns with factory mounting points to simplify the installation process, allowing enthusiasts to upgrade their vehicle’s aerodynamics and appearance efficiently.

For optimal results, professional installation is recommended to ensure proper alignment and secure attachment, preserving the integrity of both the kit and the vehicle.

What's Included

• Three-piece front air dam assembly
• Pair of side rocker extensions
• Rear deck spoiler

Ideal For

This APR Carbon Fiber Body Kit is perfect for Dodge Challenger SRT Hellcat owners seeking to enhance their vehicle’s aerodynamic performance and visual appeal without opting for the widebody variant. It is especially suited for enthusiasts who participate in high-speed driving, track days, or those who simply want a more aggressive and functional exterior upgrade that complements the Hellcat’s powerful presence.

APR Performance engineers carbon fiber aerodynamic components designed to add real downforce and a motorsport look to street and track builds. Known for its GTC-series wings and complete aero kits, APR offers splitters, diffusers, canards, air ducts, and exterior add-ons across many platforms—built with composite construction aimed at strength and low weight.