Funk Motorsport Borgwarner S366 Turbo Blanket – Borgwarner Turbo Heat Management

Advanced Thermal Protection for Borgwarner S366 Turbos

The Funk Motorsport Borgwarner S366 Turbo Blanket is purpose-built for owners and builders running the Borgwarner S366 turbocharger. Developed by Funk Motorsport, this turbo blanket is designed to help manage extreme turbine housing temperatures, supporting both reliability and performance in demanding motorsport, off-road, and high-powered street applications.

How the S366 Turbo Blanket Supports Your Build

This turbo blanket wraps securely around the S366 turbine housing, acting as a thermal barrier. By containing radiant heat at the source, it helps reduce engine bay temperatures, protecting nearby wiring, hoses, and sensitive components from heat soak. This is especially valuable for vehicles operating under sustained load or in confined engine bays, where uncontrolled heat can compromise reliability and performance.

When to Choose the Funk Motorsport S366 Turbo Blanket

If you are building a track car, off-road rig, or a high-performance street vehicle with a Borgwarner S366 turbo, this blanket is a practical upgrade. It is particularly useful for:

• Motorsport builds where thermal control is critical for safety and consistency
• Off-road vehicles exposed to slow-speed, high-load conditions that generate engine bay heat
• Performance street cars aiming to protect electronics and plumbing from turbo heat
• Any application where turbo reliability and engine bay protection are priorities

Key Benefits for S366 Turbo Owners

• Designed specifically for the Borgwarner S366 turbocharger
• Helps reduce engine bay temperatures and protect vital components
• Supports consistent turbo performance by limiting heat soak
• Available in Titanium, Carbon Fibre, and Inside Out finishes to suit your build
• Multi-layer construction for robust heat management
• Removable design allows for easier turbo maintenance

Construction and Materials

The Funk Motorsport S366 Turbo Blanket features a multi-layer construction, engineered to withstand the high temperatures generated by the S366 turbo. Available in Titanium, Carbon Fibre, and Inside Out finishes, each blanket is designed for durability and thermal efficiency. The removable design allows for routine turbo inspection or servicing without damaging the blanket, supporting long-term use and maintenance flexibility.

Installation and Usage Guidance

Installation is straightforward, with the blanket tailored to fit the contours of the Borgwarner S366 turbine housing. For best results, ensure the turbo and surrounding area are clean before fitting. The removable design means you can access the turbo for maintenance without needing to replace the blanket. Regularly inspect the blanket for wear, especially in high-heat or motorsport environments.

Technical Specifications

Frequently Asked Questions

How does the Funk Motorsport S366 Turbo Blanket help my engine bay?

It helps contain heat within the turbo housing, reducing radiant heat in the engine bay and protecting nearby components from thermal damage.

Is this turbo blanket compatible with other Borgwarner models?

This blanket is tailored for the Borgwarner S366. For other models, check the Funk Motorsport range for the correct fitment.

What finishes are available for the S366 Turbo Blanket?

The blanket is offered in Titanium, Carbon Fibre, and Inside Out finishes to match different build requirements and aesthetics.

Can I remove the turbo blanket for maintenance?

Yes, the design allows for removal, making turbo servicing and inspection more convenient without damaging the blanket.

Do I need professional installation?

Most experienced enthusiasts can install the blanket themselves, but professional fitting is recommended if you are unfamiliar with turbocharger servicing or heat management products.

What problem does this turbo blanket solve?

It addresses the risk of heat soak and thermal damage in turbocharged engine bays, supporting reliability and protecting sensitive components in high-temperature environments.