HPS Aluminum Oil Catch Can Kit

2022–2025 Subaru BRZ ZD8 FA24D 2.4L H4

860-026

Overview:

The HPS Aluminum Oil Catch Can Kit is a precision-engineered upgrade designed specifically for the 2nd generation Subaru BRZ equipped with the FA24D 2.4L engine. This kit helps protect your engine from power-robbing oil blow-by by capturing harmful oil and water vapors before they reach the intake system. Ideal for daily drivers and performance enthusiasts alike, it keeps intake valves clean and maintains optimal engine performance over time.

With a focus on durability and ease of use, this kit offers a hassle-free bolt-on installation and convenient maintenance, making it a practical addition to your Subaru BRZ’s engine bay.

Key Features:

The HPS Oil Catch Can Kit combines robust construction with thoughtful design to deliver reliable performance and long-lasting protection.

• Billet aluminum construction with anodized finish for corrosion resistance and lightweight durability.
• Internal baffles and diverters maximize contaminant separation, preventing oil and moisture from entering the intake system.
• Leak-proof, one-piece design eliminates common issues found in lesser catch cans.
• Anodized aluminum dipstick allows easy monitoring of fluid levels without removing the unit.
• Generous 5 fluid ounce capacity reduces the frequency of draining.
• Heavy duty powder-coated steel mounting bracket ensures secure, factory-style fitment and long-term durability.
• Premium -10 AN hoses and fittings provide a leakproof, professional-grade installation.
• Maintenance-friendly design allows quick servicing using a standard 14mm wrench or socket.

Construction & Design:

The catch can is meticulously machined from billet aluminum, providing a strong yet lightweight housing that resists corrosion and heat. Its internal baffling system is engineered to efficiently separate oil and water vapors from the crankcase ventilation gases, preventing these contaminants from reaching the intake valves. The anodized aluminum dipstick screws securely into the unit, enabling quick fluid level checks without mess or hassle.

The included steel mounting bracket is powder coated for enhanced durability and designed to fit precisely in the Subaru BRZ’s engine bay, ensuring a clean, factory-like installation that maintains under-hood aesthetics.

Installation & Fitment:

This kit is designed for a straightforward, bolt-on installation on 2022 through 2025 Subaru BRZ models equipped with the FA24D 2.4L H4 engine. It includes all necessary parts and hardware, allowing you to install it without cutting, drilling, or special tuning.

• Direct fit for Subaru BRZ ZD8 chassis (Base, Limited, Limited EyeSight, Premium, Sport-tech, TS, tS EyeSight trims).
• Uses factory mounting points and OEM PCV system connections.
• No modifications to the vehicle’s intake or engine management system required.

What's Included:

• Billet aluminum oil catch can with anodized dipstick
• Heavy duty powder-coated steel mounting bracket
• Premium -10 AN hoses and fittings
• All necessary mounting hardware for a complete bolt-on installation
• Installation instructions

Ideal For:

This oil catch can kit is perfect for Subaru BRZ owners who want to maintain engine performance and longevity by preventing carbon buildup on intake valves. It is especially beneficial for:

• Daily drivers seeking reliable engine protection
• Performance enthusiasts who want to preserve power output
• Owners of direct-injected engines prone to intake valve contamination
• Anyone looking for a clean, professional under-hood upgrade

Emissions Note

This product is not street legal in all US states and is restricted for sale or use in California. It is not TUV approved for European markets. Please verify local regulations before installation.

HPS Performance specializes in high-temperature reinforced silicone hoses and related joining solutions—couplers, tubing, and clamps—built for boosted and high-heat engine bays. Used in performance and racing applications, HPS products are designed to meet demanding temperature and pressure conditions for dependable charge-air and coolant routing.