COBB CAN Gateway Harness & Bracket Kit for 2008-2018 GT-R RHD - 3C1620

The COBB 3C1620 CAN Gateway Harness and Bracket Kit is designed specifically for 2008-2018 Nissan GT-R right-hand drive models. This vehicle-specific kit provides the harness and RHD mounting bracket needed to connect a COBB CAN Gateway to the GT-R CAN bus for supported aftermarket sensor data integration.

The harness uses an OEM-grade vehicle-side connector along with M12 industrial connections at the Gateway. High-temperature PUR jacketing and anti-chafe sleeving help protect the wiring in the engine bay, while the included bracket provides a mounting solution specifically for right-hand drive GT-R applications.

When used with a compatible COBB CAN Gateway setup, the harness allows supported aftermarket sensor information to be introduced into the vehicle's CAN network without taking over an existing factory 0-5V sensor input. This can support configurations such as flex fuel or fuel pressure monitoring when properly configured with compatible hardware and tuning.

Key Features & Specs:

• Brand: COBB Tuning
• Product Type: CAN Gateway Harness and Bracket Kit
• Position: Right-Hand Drive Vehicles Only
• Vehicle-Specific Harness: Designed for 2008-2018 GT-R
• Mounting Bracket: RHD-Specific
• Vehicle-Side Connector: OEM-Grade
• Gateway Connections: M12 Industrial Connections
• Harness Jacket: High-Temperature PUR
• Harness Protection: Anti-Chafe Sleeving
• Function: Connects a compatible COBB CAN Gateway to the vehicle CAN bus
• Emissions Classification: Not an emissions-related part
• Part Number: 3C1620

Vehicle Fitment:

• 2008-2018 Nissan GT-R - Right-Hand Drive Only

What's Included:

• Vehicle-specific CAN Gateway harness
• Right-hand drive GT-R Gateway mounting bracket

Why Choose COBB?

COBB vehicle-specific CAN Gateway components provide a cleaner way to integrate supported aftermarket sensor data into compatible vehicle systems. Application-specific connectors, protective harness materials, and dedicated mounting hardware help simplify installation while retaining existing factory sensor inputs.