Injen IS1670BLK IS Series Black Short Ram Intake, Honda Accord 2.3L 1998-2002

Description

Upgrade the factory air intake on your Honda Accord with the Injen IS1670BLK IS Series short ram intake. This direct-fit system is engineered to improve airflow, sharpen throttle response and add an aggressive induction sound without additional tuning.

Designed as a straightforward performance upgrade, the IS Series intake for the Honda Accord uses a mandrel-bent 6061-T6 aluminum tube and a short ram layout that improves airflow and throttle response while maintaining safe air/fuel ratios.

Filtration is handled by Injen's SuperNano-Web dry air filter, a synthetic, fully serviceable element that captures fine particles while providing a large surface area for airflow. No oiling is required, which keeps sensors on the Honda Accord clean. When service is due, order Injen replacement filter part number X-1014-BB. An optional Injen Hydroshield pre-filter (1033BLK or 1033RED) is available for added protection from water and debris.

A durable black powder-coated finish gives the engine bay a clean, understated look. Expect a noticeably more aggressive intake sound when you get on the throttle. Installation is straightforward on the Honda Accord, and every system is backed by the Injen Technology Limited Lifetime Warranty.

CARB Legal: This Injen intake is exempt under California Air Resources Board Executive Order D-476-3, covering 1998-2002 model years, and is legal for use on emissions-controlled vehicles in all 50 states within that coverage. Excludes 2001-2002 SULEZ models wityh test group numbers 2HNXV02.3FK6 & 1HNXV02.3BF9.

Injen IS Series Short Ram Intake Features

• Provides power gains while maintaining A/F ratios with no additional tuning
• 6061-T6 Mandrel-bent aluminum intake tubing
• Fully serviceable Injen SuperNano-Web dry air filter
• Aggressive engine tone under full throttle
• Smooth mandrel-bent Intake piping eliminates restrictions and improves airflow
• Excludes 2001-2002 SULEZ models wityh test group numbers 2HNXV02.3FK6 & 1HNXV02.3BF9