HPS Performance Products 827-686R Cold Air Intake Kit with Heat Shield and High Flow Air Filter

The HPS Performance Products 827-686R is a bolt-on cold air intake kit engineered to unlock measurable performance gains from your engine. Dyno-tested and proven, this intake delivers an increase of +10 horsepower (whp) and +10 ft/lbs of torque while also sharpening throttle response — no ECU tuning required after installation.

At the heart of the kit is a 2.75-inch mandrel-bent aluminum alloy intake pipe that replaces the factory airbox and its restrictive design. The smooth, optimized bends maximize airflow velocity from filter to throttle body, giving your engine a cleaner, more efficient breath with every combustion cycle.

Key Features:

• Dyno-proven performance gains: +10 whp and +10 ft/lbs of torque with improved throttle response
• Bolt-on installation: No cutting, welding, or vehicle modifications required
• No tuning required: Plug-and-play design works with your factory ECU
• HPS race-proven reinforced silicone hoses: Built to withstand high heat and pressure in demanding conditions
• Industrial-grade 100% stainless steel T-bolt clamps: Corrosion-resistant and provide a secure, leak-free seal
• Washable and reusable high-flow performance air filter: Reduces long-term ownership cost versus disposable filters
• Heavy-duty powder-coated steel heat shield: Integrates with a fresh-air scoop to isolate the filter from engine heat and force cooler, denser intake air
• 2.75-inch mandrel-bent aluminum alloy piping: Lightweight construction replaces the restrictive OEM airbox for optimized airflow
• Comprehensive installation manual: Includes clear photographs and step-by-step instructions for a straightforward install

The HPS 827-686R cold air intake system is built with the same components trusted in HPS's motorsport applications, brought to a direct bolt-on package for street use. The combination of the heat shield, fresh-air scoop, and high-flow filter ensures your engine consistently receives the coolest, densest air possible for repeatable, real-world performance improvements.