aFe 50-70095D Momentum GT Cold Air Intake for 07-23 Toyota FJ Cruiser 4.0L V6

Vehicle Fitment

• 2007-2023 Toyota FJ Cruiser (4.0L V6)

Features

• Dyno-proven gains up to +18 HP and +24 lb-ft torque
• Outflows factory intake by 32%
• 8" tall, 360-degree radial flow Pro DRY S air filter
• Washable and reusable filter with three layers of synthetic media
• Heat-resistant cross-linked polyethylene (XLPE) intake tube and housing
• Sealed one-piece housing with large sight window for easy filter inspection
• Direct bolt-on installation with no drilling required
• CARB E.O. Number D-550-27; legal for use in California and other states adopting CARB standards

Specifications

• Material: Cross-linked polyethylene (XLPE) intake tube and housing
• Air Filter: 8" tall, 360-degree radial flow Pro DRY S with three layers of synthetic media
• Air Flow Rate: 32% increase over factory intake
• Horsepower Increase: Up to +18 HP
• Torque Increase: Up to +24 lb-ft
• Installation: Direct bolt-on using factory mounting points
• Emissions Compliance: CARB E.O. Number D-550-27

Included Components

• 1x XLPE intake tube
• 1x Sealed one-piece XLPE housing with large sight window
• 1x 8" tall Pro DRY S air filter
• Premium stainless-steel T-bolt clamps
• Injection molded couplings
• Installation instructions

Product Description

Enhance your 2007-2023 Toyota FJ Cruiser's performance with the aFe Power 50-70095D Momentum GT Cold Air Intake System. Designed specifically for the 4.0L V6 engine, this intake system delivers dyno-proven gains of up to +18 horsepower and +24 lb-ft of torque, outperforming the factory intake by 32%.

The system features a heat-resistant XLPE intake tube and a sealed one-piece housing that ensures cool air delivery to your engine. The large sight window allows for easy filter inspection without disassembly. The included 8" tall Pro DRY S air filter is washable and reusable, offering long-term convenience. Premium stainless-steel T-bolt clamps and injection molded couplings ensure a secure and durable installation.