Avoid the ingestion of dust, water, and snow is critical for keeping your Jeep moving down the trail. Injen Technology’s new 2-piece snorkel system addresses this by relocating your Jeep’s engine air inlet from a low, vulnerable position to a high, safe location for a constant supply of cold, clean air.

Injen Technology’s EVO15168 snorkel system is specifically designed for the 2018+ Jeep Wrangler and it’s big brother, the Jeep Gladiator. When we say specifically, we mean it too! Using advanced 3D CAD modeling, the engineers at Injen Technology were able to hug every bodyline and curve of your Jeep for a near seamless fitment. Along with those great looks that this snorkel provides, the raised air inlet also allows cooler air to feed your engine, resulting in an improved combustion process and power output.

When you’re out on the trails, you need your Jeep to be durable and dependable, ensuring that you and your Jeep make it home every time. Keep that in mind while reviewing the competitors snorkels and the materials used to manufacture them. Some of our competitors use an inferior HDPE linear polyethylene or even a weaker LLDPE to mold their snorkels. HDPE is cheap for manufacturing but doesn’t come close to the strength and durability of the XLPE polyethylene that Injen uses. XLPE has 20 times the environmental stress crack resistance of HDPE, 10 times the molecular weight of HDPE, and 5 times the impact and tensile strength of HDPE. In other words, Injen’s Evolution intake systems are built tough and designed to get you anywhere you want to go. Period!

Please note that the EVO15168 snorkel system requires the use of Injen’s EVO cold air intake and does not fit with any other aftermarket intakes or the OE system. Kits are model and engine dependent, which have been outlined for you below. It is also important to note that while most components follow a straightforward install process, this product also requires some minor cutting of your hood. For your convenience, this kit includes a template to ease the install process.