When the Nitron mono-shock for the FZ1 Fazer arrived at our shop, I was so intrigued that I couldn't just mount it. I immediately started tearing down the brand-new unit to compare it with the OEM version—and discovered that the internal design is absolutely insane! The OEM setup on these 5-valve 4-cylinders is notorious for its unforgivable weaknesses: an embarrassing lack of material rigidity and a damping curve that falls completely flat under load.
But this Nitron unit? The millimeter-level precision of the internal valving and shim stack is practically bulletproof, obliterating the typical fade you see during aggressive riding. I’ve spent countless late nights wrenching on suspension setups to fight the terror of thermal drift, where fluid viscosity breaks down and ruins your rebound. Nitron engineered this billet aluminum masterpiece with a massive remote reservoir to manage heat soak perfectly.
Dialing in the sag and high-speed compression transformed the Fazer's heavy rear end into a precision scalpel. The fluid dynamics here keep the shock stroke buttery smooth even when pushed to absolute thermal limits.
I know some of you are running similar high-end suspension architectures on your heavy sport-tourers. So I have to ask the hardcore tuners here: when you’re pushing big miles and the exhaust temperature starts creeping into the aluminum linkages, how do you guys perfectly dial in the settings for this heat soak issue?
https://japan.webike.net/moto_news/ideal...aign=46112
But this Nitron unit? The millimeter-level precision of the internal valving and shim stack is practically bulletproof, obliterating the typical fade you see during aggressive riding. I’ve spent countless late nights wrenching on suspension setups to fight the terror of thermal drift, where fluid viscosity breaks down and ruins your rebound. Nitron engineered this billet aluminum masterpiece with a massive remote reservoir to manage heat soak perfectly.
Dialing in the sag and high-speed compression transformed the Fazer's heavy rear end into a precision scalpel. The fluid dynamics here keep the shock stroke buttery smooth even when pushed to absolute thermal limits.
I know some of you are running similar high-end suspension architectures on your heavy sport-tourers. So I have to ask the hardcore tuners here: when you’re pushing big miles and the exhaust temperature starts creeping into the aluminum linkages, how do you guys perfectly dial in the settings for this heat soak issue?
https://japan.webike.net/moto_news/ideal...aign=46112