Compressive Tuning Halo Roof Spoiler

Fits 2017–2022 Subaru Crosstrek

Part #: HALO-3KCF-GTX

Overview

The Halo Roof Spoiler is a meticulously handcrafted carbon fiber accessory designed exclusively for the 2018 and newer Subaru Crosstrek models. This roof spoiler enhances your vehicle’s rear profile with a sleek, aerodynamic accent that complements the Crosstrek’s rugged yet refined styling. It’s crafted for Subaru enthusiasts who seek both functional aerodynamic benefits and a distinctive visual upgrade.

Beyond its striking appearance, the Halo Spoiler helps increase downforce at higher speeds, contributing to improved rear-end stability. This piece transforms the rear fascia into a show-stopping statement while maintaining a perfect OEM+ fitment that integrates seamlessly with your Crosstrek’s design.

Key Features

Engineered to elevate both form and function, the Halo Roof Spoiler offers:

• Handcrafted carbon fiber construction for a premium lightweight design
• Precision fitment tailored specifically for 2018+ Subaru Crosstrek models
• Enhanced aerodynamic downforce to support rear stability
• Distinctive styling that completes the rear fascia with a refined edge
• Durable finish that highlights the natural carbon fiber weave
• Designed and manufactured entirely in-house for consistent quality

Craftsmanship & Materials

Every Halo Roof Spoiler is created using Compressive Tuning’s proprietary carbon fiber processes, resulting in a flawless weave pattern and structural integrity. The piece is handcrafted with attention to detail, ensuring a flawless surface and a fit that respects the original vehicle lines. This spoiler exemplifies the brand’s commitment to combining precision craftsmanship with tasteful automotive art.

Installation

Designed for straightforward installation, the Halo Roof Spoiler mounts securely to the factory roofline without requiring modifications. It integrates cleanly with your Crosstrek’s existing bodywork, making it an accessible upgrade for enthusiasts seeking both style and aerodynamic function.