Funk Motorsport Toyota CT26 Turbo Blanket – Turbo Heat Management

Funk Motorsport Toyota CT26 Turbo Blanket Overview

The Funk Motorsport Toyota CT26 Turbo Blanket is engineered specifically for the Toyota CT26 turbocharger, offering advanced thermal management for demanding road, track, and off-road applications. Designed for enthusiasts and professionals seeking to protect engine bay components, this turbo blanket helps manage extreme heat generated by the turbo, supporting reliability and performance in high-stress environments.

How the Funk Motorsport CT26 Turbo Blanket Works

This turbo blanket is designed to insulate the turbine housing of the Toyota CT26 turbo. By containing and reducing radiant heat, it helps lower under-bonnet temperatures, protecting nearby wiring, hoses, and sensitive components. The result is improved turbo efficiency, reduced heat soak, and a more controlled thermal environment for your engine bay.

Where the CT26 Turbo Blanket Excels

The Funk Motorsport CT26 Turbo Blanket is ideal for:

• Performance builds running the Toyota CT26 turbocharger
• Off-road vehicles exposed to prolonged engine loads and low-speed heat build-up
• Track cars requiring consistent thermal control during repeated high-boost sessions
• Road cars seeking to protect engine bay components from long-term heat exposure

By targeting the specific challenges of the CT26 turbo, this blanket is a practical upgrade for those aiming to enhance reliability and maximise turbocharger performance.

Key Benefits of the Funk Motorsport CT26 Turbo Blanket

• Reduces under-bonnet temperatures to protect wiring and hoses
• Supports improved turbo efficiency by containing heat within the turbine housing
• Helps prevent heat soak that can impact intake and cooling systems
• Available in Titanium, Carbon Fibre, and Inside Out finishes to suit build preferences
• Signature 4-layer construction for increased thermal protection compared to standard blankets
• Removable design allows for routine turbo maintenance without damaging the blanket

Construction and Materials

Funk Motorsport’s CT26 Turbo Blanket features a proprietary 4-layer construction, engineered to provide up to three times more thermal protection than typical turbo blankets. Available in multiple finishes—including Titanium, Carbon Fibre, and Inside Out—each blanket is designed for durability and high thermal resistance. The removable design is unique, allowing easy access for turbo servicing without compromising the integrity of the blanket.

Installation and Usage Notes

This turbo blanket is tailored for the Toyota CT26 turbocharger, ensuring a precise fit. Installation is straightforward for experienced enthusiasts and professionals, but as with all heat management products, care should be taken to ensure correct placement and secure fastening. The removable feature supports ongoing maintenance, making it suitable for builds that require regular inspection or servicing of the turbo.

Technical Specifications

Frequently Asked Questions – Funk Motorsport Toyota CT26 Turbo Blanket

What problem does the CT26 Turbo Blanket solve?

It helps manage and contain turbo heat, reducing under-bonnet temperatures and protecting sensitive engine bay components from heat damage.

Is the Funk Motorsport CT26 Turbo Blanket compatible with other turbochargers?

This model is specifically designed for the Toyota CT26 turbocharger. For other turbo models, refer to Funk Motorsport’s dedicated range.

How is the blanket installed?

The blanket is designed for a direct fit on the CT26 turbo. Installation typically involves wrapping the blanket around the turbine housing and securing it with the provided fasteners.

Can the blanket be removed for turbo maintenance?

Yes, the Funk Motorsport CT26 Turbo Blanket features a removable design, allowing for easy access during routine servicing.

Which finish should I choose?

Finish selection is based on personal preference and build aesthetics. All finishes provide the same thermal protection performance.

Is this blanket suitable for off-road and motorsport use?

Yes, it is engineered for demanding environments, including off-road and motorsport applications, where thermal management is critical.