Mishimoto Baffled Oil Catch Can Kit with PCV Integration for C8 Corvette (2020+)

Description

Oil catch can kit for the C8 Corvette 2020+ (Mishimoto Baffled Oil Catch Can Kit PCV) prevents oil and crankcase blow‑by from contaminating the intake tract, supporting long‑term reliability of the LT2 V8 and related induction components.

This Mishimoto kit is designed specifically for the 2020 Chevrolet C8 Corvette Coupe platform and its LT2 V8 engine architecture, acknowledging the vehicle’s factory performance baseline and engineering evolution.

• Baffled canister — Reduces oil migration and aerosol carryover under varying engine vacuum conditions, helping to keep intake valves and throttle bodies cleaner over time.
• PCV integration — Interfaces with the vehicle’s crankcase ventilation path to capture oil and condensates before they re-enter the intake system, preserving combustion consistency and component life.
• Mishimoto engineering and support — Crafted and backed by a supplier experienced in performance cooling and engine systems to provide installation guidance and product support aligned with motorsports‑grade practices.

Why this matters: oil and blow‑by carryover can reduce throttle response, fouled injector operation, and carbon buildup on intake components. Installing a baffled catch can tailored to the C8 Corvette application addresses these failure modes without altering engine calibration.

Technical notes

• Vehicle focus — Targeted for the 2020+ Chevrolet C8 Corvette Coupe and LT2 V8 powerplant as referenced in the product materials.
• Functionality — Passive oil separation via baffling supports reliable oil capture across typical driving and spirited use scenarios.
• Service considerations — Periodic inspection and drainage of the canister are implied by the function to maintain capture capacity and system effectiveness.

Mishimoto’s design intent for this kit is to deliver a specific, application‑matched solution that maintains the intended performance characteristics of the C8’s LT2 while reducing intake contamination risks associated with crankcase ventilation.

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