Tested and refined over the last three years in our R&D facility in Poole, UK by the industry’s leading tribologists, Ludicrous AF has been pro-peloton-approved for taking chain optimization to an entirely new level. Developed with INEOS Grenadiers, EF Education-NIPPO and deployed on the Olympic stage, winning 6 gold medals in 2021. Ludicrous AF has been built to take on all conditions at the highest level of racing. Tested during the 2020 season and perfected for 2021, this magical lube has already taken multiple podiums and an overall win at the 2021 Giro d’Italia.

The Muc-Off research & development team have created a true masterpiece- an ultra-low-friction, highly durable lube which allows cyclists to go harder and faster for longer than ever before. They’ve found the magic combination of ingredients capable of taking top pro cyclists to the highest echelons of the sport. Ludicrous AF changes the game. When applied to a chain, it penetrates chain link scars to create a sheer plane, which results in more speed. The molecules in the formula charge up, which helps to accelerate both chain and rider by reducing friction and power loss. The proprietary additives contain synthetic polymers, which are designed for long-distance performance. This means class-leading low levels of wear on chain components, making it super-fast and super-durable. This provides unbeatable performance in both wet and damp or dry and dusty conditions at a range of temperatures. All in all, it hits any other competitor chain lube or wax out of the park.

The formula is non-toxic and readily biodegradable, so you can prep your chain ready for racing, guilt-free. In wet conditions or when a bike is being cleaned, naturally, some lube will get washed away. Unlike other competitor lubes and waxes that often contain harmful ingredients like PTFE, Ludicrous AF won’t leave a toxic oily mess that damages the environment. That’s not all, as Ludicrous AF will also prolong the life of your chain and even bring it back to life. The lubricant continues to improve with chain run-in due to continued surface improvement at a molecular level, so you can minimize your environmental wastage by using an existing chain, maintaining the same incredible levels of performance.