Corsa CC0007 Aluminum Oil Catch Can for 2016-23 Chevy Camaro SS 6.2L

Vehicle Fitment

• 2016-2023 Chevrolet Camaro SS 6.2L V8 (RWD)

Features

• Premium 6061-grade aluminum oil catch can construction
• Multi-stage oil separation system to capture blow-by vapors and particulates
• OEM-style quick disconnect fittings for secure hose connections
• Premium multi-ply reinforced automotive-grade hoses
• Bronze internal filter helps prevent contaminants from re-entering
• Easy-service threaded can housing for simple maintenance
• Included vehicle-specific mounting bracket
• Installation typically in ~30 minutes or less

Specifications

• Part Number: CC0007
• Capacity: ~3 oz
• Material: 6061 aluminum catch can and bracket
• Engine: 6.2L V8
• Vehicle: Chevrolet Camaro SS (RWD)
• Orientation: Left/right specific mounting depending on chassis
• Warranty: 1-year limited
• CARB EO: Not available - check local emissions rules

Included Components

• 1x Aluminum oil catch can assembly
• 1x Mounting bracket
• Reinforced hoses with OEM quick disconnect fittings
• 1x Bronze internal filter
• Installation hardware

Product Description

The CORSA CC0007 oil catch can is engineered specifically for the Chevrolet Camaro SS equipped with the 6.2L V8 engine between model years 2016 and 2023. Built from rugged 6061 aluminum with a high-efficiency multi-stage oil separation system, this catch can captures harmful blow-by vapors, oil droplets, and particulates that would otherwise recirculate into the intake system. By keeping these contaminants out of the air path, the CC0007 helps maintain engine cleanliness and long-term performance.

The unit features OEM-style quick disconnect fittings and premium reinforced hoses for secure connections, plus a threaded can housing that makes routine maintenance straightforward. A vehicle-specific mounting bracket ensures a clean, secure installation - typically completed in under 30 minutes. While this catch can is not currently CARB approved, it may help reduce engine contamination and support better overall combustion efficiency in high-performance driving conditions.