aFe Takeda Stage-2 D&S Cold Air Intake

Part #: TR-3001P

Overview

The aFe Takeda Stage-2 Pro DRY S Cold Air Intake System is engineered to optimize airflow and enhance the performance of your Nissan 350Z or Infiniti G35 equipped with a 3.5L V6 engine. Designed for enthusiasts seeking improved throttle response, increased horsepower, and a more aggressive engine sound, this intake system offers a significant upgrade over the stock air intake. Crafted with precision, it combines durability with functional design to support your vehicle’s performance potential while maintaining a sleek appearance. This intake system is ideal for drivers looking to maximize their vehicle’s airflow efficiency, improve engine response, and add a touch of sportiness to their driving experience. Whether for daily driving or spirited outings, the Takeda Stage-2 system helps your vehicle breathe better, supporting reliable power delivery and engine longevity.

Key Features

The aFe Takeda Stage-2 Cold Air Intake features a high-quality, durable construction designed to withstand the rigors of performance driving. Its innovative design includes a proprietary dry filter media that provides excellent filtration without oil, reducing maintenance and mess. The intake tube is precision-machined from lightweight aluminum, ensuring optimal airflow and heat resistance. The system’s sleek, black finish complements your engine bay’s aesthetics while supporting heat dissipation. Easy to install with minimal tools required, this intake system is a direct bolt-on upgrade that requires no modifications. It also includes all necessary hardware and mounting components for a straightforward installation process.

• High-flow dry filter media for efficient filtration and low maintenance
• Precision-machined aluminum intake tube for optimal airflow and durability
• Sleek black finish for heat resistance and aesthetic appeal
• Designed for easy bolt-on installation with included hardware
• Supports improved throttle response and engine sound
• Enhances overall engine performance and efficiency