Overstock Deal Afe 2019-2020 Hyundai Veloster N L4-2.0l (t) Takeda Turbo Inlet W/ Takeda Intake Massive 55% Savings [5zK3ehua]

Maximize Performance with aFe Turbo Inlet

Enhance your Hyundai Veloster N's performance with the aFe 2019-2020 Hyundai Veloster N L4-2.0L (T) Takeda Turbo Inlet. This premium accessory is designed to unlock the full potential of your vehicle's power. By replacing the stock turbo inlet, this high-flow adapter ensures maximum airflow to the turbo, resulting in increased power and efficiency. Its seamless design guarantees a smooth transition for air from the Takeda intake tube to the turbo, minimizing restrictions and maximizing performance.

• Increased Airflow to the turbo for enhanced power output.
• Seamless Transition from the intake tube to the turbo, reducing airflow restrictions.

Engineered for Excellence

Crafted from 6061-T6 billet aluminum, this turbo inlet is precision CNC machined for optimal performance and durability. The black anodized finish not only adds a sleek, stealthy appearance but also provides long-lasting protection against corrosion. The adapter features a flexible silicone coupling reinforced with three layers of polyester material, ensuring resistance to wear and deterioration over time.

• 6061-T6 Billet Aluminum for superior strength and durability.
• Black Anodized Finish for a stylish and corrosion-resistant design.

Easy Installation and Compatibility

Designed for a hassle-free installation, this turbo inlet comes with all necessary clamps and hardware. The factory harness bracket mounts directly onto the aluminum adapter, ensuring a perfect fit and easy installation. This product is specifically designed to fit with Takeda air intake systems (P/N: 56-10021D, 56-10021R, 56-70021D, and 56-70021R) and is not compatible with the factory air intake system. If you're looking to enhance your factory air intake system, see part number 59-20001.

• Complete Kit with all necessary clamps and hardware.
• Direct Fitment with Takeda air intake systems for easy installation.