Denso 471-1026 A/C Compressor

Denso 471-1026 A/C Compressor for Toyota Tundra

Restore cabin cooling with the Denso 471-1026 A/C compressor, built for 2010-2017 Toyota Tundra applications. As an OE-supplier compressor, this unit is manufactured and tested to OE standards for accurate fit and consistent A/C system performance.

Key Features

• Refrigerant type: R134A
• Serpentine pulley belt type for common belt-drive setups
• Bolt tangent mounting type for direct replacement fitment
• Clutch maximum diameter: 120.0
• Factory-new compressor from Denso, part number 471-1026

Detailed Description

This Denso A/C compressor is engineered for Toyota Tundra models from 2010 through 2017 and is specified for vehicles using R134A refrigerant. Denso designs and manufactures compressors as an original equipment supplier, so the 471-1026 is built to match the fit and operating requirements expected in the Toyota Tundra HVAC system. If you are searching for a Toyota Tundra A/C compressor replacement, Denso 471-1026 provides a direct OE-style solution.

This part cross-references Toyota 883200C160 for the same application.

What It Helps Solve

• Weak or no cabin cooling in a Toyota Tundra
• Noisy compressor operation from worn internal components
• Loss of refrigerant compression affecting A/C output
• Fitment issues from incorrect aftermarket compressor selection
• Replacement needs for 2010-2017 Toyota Tundra A/C service

Installation Notes and Tips

Verify refrigerant type, pulley style, and mounting configuration before installation. Replace the compressor only after confirming the rest of the A/C system is clean and free of contamination, and follow the vehicle service procedure for evacuation, recharge, and system checks. Confirm the part number 471-1026 matches the original compressor application before installation.

Quality Assurance

Denso manufactures this compressor to strict OE standards and tests it for factory-level fit and performance. Because Denso is an original equipment supplier, the 471-1026 reflects the same engineering approach used in the systems it originally designed.