Turbocharged snowmobiles ask hoses to stay flexible in deep cold and hold shape in engine-bay heat. This article covers reading the charge path, abrasion and ice damage, heat shielding, and how a replacement cooler or hose is specified.
A personal watercraft intercooler is a wear part in a harsh environment. This article covers water-side deposits, how a tired core shows up under sustained load, core-only versus full replacement, and specifying a core for salt or fresh water.
Plastic turbo inlets harden and neck down over time on the 3.3-litre V6. This article explains why the two sides must be replaced as a matched pair, how reinforcement keeps the bore open, and what to check before ordering inlets.
A front-mount intercooler changes how consistently a Focus ST holds charge temperature. This piece covers core sizing for road use, charge pipe diameter, bracket and hose detail, fitting the 2013 to 2018 car, and what actually changes on the road.
Rear-mounted turbochargers put the charge hoses under constant heat soak and tight packaging. This article covers how to diagnose a boost leak at the tail of the car, why a moulded hose beats a length of straight tube, and how a replacement is specified.
A practical look at the charge hoses on a mid-engine 570S: why the hose usually fails before the cooler core, what heat soak and oil vapour do to rubber, how to read a leak at the clamp, and which details a replacement hose has to match.
Intercooler pipe boot kit notes for the 2011-2016 Ford 6.7L Power Stroke: why these short flexible joints age first, what reinforced silicone construction changes, and how to find a leak before it finds you.
A boost tube upgrade guide for the 2007-2009 Dodge Ram 2500 and 3500 6.7L Cummins: how the charge path changed with this engine, where factory tubes fall short, and how to diagnose trouble before ordering.
