Funk Motorsport Holset he351cw Turbo Blanket – Holset Turbo Heat Management

Purpose-Built Heat Management for Holset he351cw Turbos

The Funk Motorsport Holset he351cw Turbo Blanket is engineered specifically for owners and builders using the Holset he351cw turbocharger. Designed for those who demand reliable heat control in high-performance, off-road, or motorsport environments, this turbo blanket helps protect your engine bay from excessive heat, supporting both performance and component longevity.

How the Funk Motorsport Turbo Blanket Works

This turbo blanket wraps directly around the turbine housing of the Holset he351cw, acting as a thermal barrier. By containing the intense heat generated by the turbo, it helps reduce radiant heat transfer to surrounding components. This containment supports lower under-bonnet temperatures, helping to prevent heat soak in intake systems, wiring, and hoses, and contributing to more consistent turbo efficiency.

Where This Turbo Blanket Makes a Difference

The Funk Motorsport Holset he351cw Turbo Blanket is ideal for:

• Performance road builds with Holset he351cw turbos
• Track cars and drift vehicles needing improved engine bay thermal management
• Off-road and expedition vehicles where reliability and protection are critical
• Engine bays with tight packaging or sensitive electronics near the turbo

If you are running a Holset he351cw turbo in a custom build, conversion, or as an upgrade on diesel or petrol platforms, this blanket is designed to fit the unique contours of your turbo and deliver targeted heat control.

Key Benefits for Holset he351cw Owners

• Custom fit for Holset he351cw turbochargers
• Helps reduce under-bonnet temperatures and protect nearby components
• Supports more consistent turbo performance by minimising heat soak
• Removable 4-layer construction allows for routine turbo inspection and maintenance
• Available in Titanium, Carbon Fibre, and Inside Out finishes to match your build

Construction and Materials

Funk Motorsport’s signature 4-layer construction is designed to offer robust thermal insulation for demanding applications. The removable design allows you to service your turbo without damaging the blanket—ideal for builds that see regular maintenance or tuning. All finishes use the same multi-layer insulation, so you can choose based on style or preference without sacrificing performance.

Installation and Usage Guidance

The blanket is tailored for the Holset he351cw, ensuring a secure fit around the turbine housing. Installation is straightforward for those familiar with turbocharger systems—simply ensure the turbo is cool before fitting or removing the blanket. Regular inspection is recommended, especially after high-heat use or motorsport events, to maintain peak protection.

Technical Specifications

Frequently Asked Questions

How do I know if this blanket fits my turbo?

This blanket is specifically designed for the Holset he351cw turbocharger. If you are unsure of your turbo model, check your turbo's identification plate or consult your build documentation.

Can I use this blanket on other Holset turbos?

This model is tailored for the he351cw. For other Holset models, see Funk Motorsport’s dedicated turbo blanket range for the correct fitment.

What are the benefits of the removable design?

The removable 4-layer construction allows you to inspect or service your turbo without damaging the blanket, making it ideal for vehicles that see regular tuning or maintenance.

Is there a performance difference between the finishes?

All finishes—Titanium, Carbon Fibre, and Inside Out—use the same insulation technology. The choice is primarily aesthetic, so select the finish that best suits your engine bay style.

Do I need professional installation?

Most experienced enthusiasts can install the blanket themselves. If you are unfamiliar with turbo systems, professional installation is recommended to ensure optimal fitment and safety.

How often should I inspect the blanket?

Inspect the blanket regularly, especially after track days, off-road use, or extended high-temperature operation, to ensure it remains in good condition and continues to provide effective heat management.