HPS Shortram Air Intake Kit 2000-2005 Toyota MR2 Spyder 1.8L, Gunmetal

The All-New HPS Performance 827 Series Air Intake Kit (Gunmetal, Part # 827-509GM) for 2000-2005 Toyota MR2 Spyder 1.8L offers a free-flowing 2-1/2 inch mandrel-bent aluminum tube induction system designed to increase horsepower, torque and improve throttle response while maintaining safe air fuel ratio. The included installation manual has clear pictures and instructions to guide the installer throughout the whole process. The kit does NOT require tuning and does not trigger CEL light. No modification is required during the installation. HPS light weight mandrel-bent aluminum alloy tube replaces the stock restrictive air box and optimizes the airflow with excellent heat dissipation and long lasting durability. HPS Performance 827 Series air intake kit features race proven reinforced silicone hoses and industrial grade 100% stainless steel T-bolt clamps which ensures reliability, even during the most extreme driving conditions. The All-New HPS Performance Air Filter is designed with performance in mind, delivering excellent filtration without sacrificing airflow. All HPS Performance Air Filters are made in the United States.

Key Features
- Increase horsepower, torque and improve throttle response. Fine-tuned by HPS Performance to deliver the maximum performance output through the top end power band
- 2-1/2 inch mandrel-bent aluminum tube replaces stock restrictive air box and optimizes the airflow with excellent heat dissipation and long lasting durability
- HPS Performance signature race proven high temperature reinforced silicone hoses
- Industrial grade 100% stainless steel T-bolt clamps
- All-New HPS Performance Air Filter (Washable and Reusable)
- Easy to follow step-by-step installation manual with clear pictures and instructions to guide the installer throughout the whole process.
- No modification is required during the installation.

Vehicle Application
2000-2005 Toyota MR2 Spyder 1.8L
REMARK: This intake does NOT fit sequential manual transmission.