The Lake MX239 Gravel Shoes are high-performance gravel cycling shoes designed for adventure riders, off-road racers, and cyclists who need comfort, stability, and efficient power transfer on rough terrain. Updated from the legendary MX238 Gravel, the MX239 adds an integrated tongue, improved heel hold, and refined BOA dial spacing for a more secure and adjustable fit.
Built on Lake’s MX Competition Last, the MX239 Gravel offers a larger toe box, tighter heel cup, and slightly increased volume for confident riding across loose and technical terrain. With a Lake Competition 100% carbon fibre sole, Mountain Race X real rubber outsole, dual BOA Li2 closure system, and durable upper options, it is built to perform through long gravel rides, adventure cycling, and race-day efforts.
FEATURES
Gravel Performance Design: Built for adventure seekers and gravel riders who need comfort, control, and power transfer across rough terrain.
MX Competition Last: Larger toe box and tighter heel cup provide a secure fit with enough room to reduce binding during long rides and walk sections.
Carbon Fibre Sole: Lake Competition 100% carbon fibre sole supports efficient power transfer for hard riding, racing, and long-distance gravel efforts.
Mountain Race X Outsole: Real rubber outsole provides stable grip and confident footing across loose, technical, and mixed off-road surfaces.
Integrated Tongue Design: Tongue is integrated into the medial panel of the upper for a firmer foot hold and improved stability.
Reinforced Heel Counter: Fibreglass-reinforced internal heel counter creates a more stable heel hold during demanding rides.
Dual BOA Li2 Closure: Side-mounted BOA Li2 Push/Pull dials offer precise, micro-adjustable fit control in both directions.
Improved Zone Adjustment: Increased spacing between the two BOA dials allows better adjustment across the forefoot area.
Durable Upper Options: Available with Clarino Microfiber or recycled leather with mesh and Helcor abrasion-resistant panels.
Toe Area Protection: Extended toe protection and optional forefoot lug compatibility improve stability and durability on technical terrain.
