4X4 Snorkel for GM/Isuzu D-Max/MU-X (06/2012 Onwards 3.0L Diesel)
Safari Part Number: SS175HF
4X4 Safari Snorkel for the GM/Isuzu D-Max/MU-X 06/2012 Onwards 3.0L Diesel
Safari Part Number: SS175HF
With the maximum confidence, you can now tackle the harshest of terrains and weather conditions using the Safari SS175HF 4X4 Snorkel, specifically designed for the GM/Isuzu D-Max and MU-X (3.0L Diesel models since June 2012). This high-performance snorkel system is designed to provide maximum airflow of the cleanest, coolest air straight into the engine’s factory air intake, ensuring optimal performance.
The snorkel raises the position of the air intake, in addition to supplying air for the demanding performance of the engines, to help try and prevent the ingestion of harmful dust, dirt, and water that can cripple the engine during off-roading.
Please Note:
This snorkel was made from UV-resistant cross-linked polyethylene, which ensures unparalleled strength and durability in extreme conditions making it the best choice for serious 4WDers. The air ram design opens up new possibilities for off-road driving, but it also serves as a superb water separator, protecting the engine when the vehicle is driving through heavy rain or river crossings.
To buy or install Safari snorkels, visit Opposite Lock Cardiff or any of our stores located in Maitland, Port Stephens, Central Coast, Ramsay. Contact us today to inquire about fitting appointments and availability!
The following equipment is included in your Safari SS175HF 4×4 Snorkel Kit:
All the components are included within the box, facilitating effortless installation for do-it-yourselfers or calibrated fitting at any Opposite Lock workshop.
Safari SS175HF 4X4 Snorkel is tailored to the most brutal Australian terrain and weather conditions, making it perfect for off-roading. If you have plans to drive through the backroads of Hunter Valley, or the coastline of Nelson Bay, as well as the bush trails of Newcastle, this snorkel guarantees that your engine will always get clean, dry air during inhalation.