Holley iNTECH sportovní sání Chevrolet Camaro SS 6.2L V8 2016-2019
- Ostatní vozy
- Chevrolet
- Holley iNTECH sportovní sání Chevrolet Camaro SS 6.2L V8 2016-2019
Code:223-01
Počet kusů na autě:1Ks
Available from:31.03.2022
product AvailabilityWe will deliver to you within 21 days
Price with VAT:624.10 €
Price without VAT:515.80 €
Holley's new iNTECH cold air intake brand represents the highest degree of technology, performance and style for late model cars, trucks and SUV's. This system is designed for the popular 2016-2019 Chevy Camaro (6th Gen) V8-6.2L and produced +19 hp and +21 lbs. ft. of torque on the dyno. All iNTECH sealed intakes feature a unique patented Slip-Seal housing-filter-tube interface that eliminates the use of hose clamps and adapters for a seamless installation. The 4-layer dry air filter eliminates the use of filter oils that may damage MAF sensors and set off check engine lights. The use of factory mounting locations makes for a simple installation and the housing design is styled to match the engine compartment of your vehicle for a stealthy appearance.
Features:
- Produced +19 hp and +21 lbs. ft. of torque
- Unique patented Slip-Seal housing-filter-tube interface eliminates the use of hose clamps and adapters for a seamless installation
- One-Piece fully sealed intake housing design guarantees a true fresh air intake charge
- Utilizes factory mounting locations for a simple installation
- High-flow, washable and reusable 4-layer dry performance air filter for maximum air flow and filtration
- Filter media is constructed with an inner and outer aluminum mesh preventing filter deformation and rust
- High-quality silicone bellows style coupler is used at the throttle body connection to accommodate use of nitrous plates or throttle body spacers without cutting the tube
- Housing is styled to enhance the look of your engine compartment for a stealthy appearance
- One-piece intake tube designed for maximum air flow and efficiency
- Stainless steel T-bolt clamps for maximum clamping force and durability