Funk Motorsport MK3 Turbo Blanket – Universal Turbo Heat Management Jacket

Funk Motorsport MK3 Turbo Blanket: Universal Turbo Heat Protection

What the MK3 Turbo Blanket Does for Your Build

The Funk Motorsport MK3 Turbo Blanket is engineered to address one of the most common issues in turbocharged vehicles: excessive heat radiating from the turbocharger. This heat can compromise the performance and longevity of nearby engine bay components, wiring, and hoses. The MK3 blanket helps contain this heat at the source, supporting more stable under-bonnet temperatures and contributing to improved turbocharger efficiency and reliability.

Where the MK3 Turbo Blanket Excels

This turbo blanket is designed for a wide range of turbocharged applications, making it a practical upgrade for:

• Track day and motorsport vehicles requiring robust heat management
• Off-road and expedition builds exposed to demanding thermal environments
• Performance road cars with aftermarket or upgraded turbochargers
• Custom builds where protecting sensitive engine bay components is critical

Its universal fitment approach means the MK3 is suitable for most standard turbocharger shapes and sizes. However, buyers with highly customised or unusually large turbo setups should confirm fitment before purchase.

Key Benefits of the Funk Motorsport MK3 Turbo Blanket

• Helps reduce engine bay temperatures by containing turbo heat
• Supports more consistent turbocharger operation and reliability
• Protects adjacent wiring, hoses, and components from thermal damage
• Available in Titanium, Carbon Fibre, and Inside Out finishes to suit different build themes
• Removable design allows for straightforward turbo maintenance without damaging the blanket
• Signature 4-layer construction for enhanced durability and thermal insulation

Construction and Material Features

The MK3 Turbo Blanket features Funk Motorsport’s proprietary 4-layer construction, designed to deliver robust thermal protection in high-heat environments. The removable design is a unique advantage, allowing for routine turbo servicing without compromising the blanket’s performance or lifespan. Buyers can select from three finishes—Titanium, Carbon Fibre, or Inside Out—each offering the same core thermal benefits with different visual styles to match your build.

Installation and Usage Guidance

Installation is straightforward for most turbocharger setups. The blanket is designed to fit over the turbo’s turbine housing, with a removable fastening system for easy access during maintenance. For best results, ensure the blanket is properly secured and does not interfere with moving components or sensors. Always allow the turbo to cool before installation or removal. If you are unsure about fitment for your specific turbo, consult with Funk Motorsport or your installer before purchase.

Technical Specifications

Frequently Asked Questions

How does the MK3 Turbo Blanket help my turbo system?

It contains heat within the turbo housing, reducing under-bonnet temperatures and helping protect nearby components, while supporting consistent turbo performance.

Is the MK3 Turbo Blanket compatible with my turbocharger?

The MK3 is designed for universal fitment on most standard turbochargers. For unique or oversized turbos, check with Funk Motorsport or your installer before purchase.

What finish should I choose for my build?

All finishes—Titanium, Carbon Fibre, and Inside Out—offer the same thermal protection. Choose based on your preferred look and build theme.

Can I remove the blanket for turbo servicing?

Yes, the MK3 is engineered to be removed and reinstalled during routine turbo maintenance, preserving its performance and integrity.

Does the blanket require special maintenance?

Routine inspection is recommended to ensure the blanket remains secure and undamaged. No special maintenance is required beyond standard checks.

Who should consider this turbo blanket?

This product is ideal for performance enthusiasts, track day drivers, off-roaders, and anyone seeking to improve turbo reliability and protect engine bay components from heat.