DMR Vault Lacon Signature Pedals

Andreu Lacondeguy is a freeride legend, and helped to design the DMR Vault pedals. DMR made these especially for Andreu, with a special Multi Oil Slick colour, naming them the Vault Lacon Signature Pedals.The slim and concave 17mm body gives your feet fantastic support and the 11 pins on each side of the pedal allows masses of grip, while the Extruded 6061 Aluminium keeps them stiff and robust. The axles are made from Cromo steel, giving a stiff and strong base to put your power through and the FlipPins can be set long or short, allowing you to customise the levels of grip you want. The variety of colours means you can match it perfectly to your bike’s colour scheme.‘The Vaults are big and gnarly, just how I like to ride my bike...perfect'Andreu LacondeguyKey Features:BIG: 105mm x 105mmLIGHT: 410gms per pairSLIM: 17mm concave foot bedTOUGH: Extruded 6061 aluminium and 4140 Cromo steel axles.TUNEABLE: 11 FlipPins per pedal can be fitted short or long to fine tune the grip availableSERVICEABLE: High load DU bush and cartridge bearingHeavy duty Terror Pins available for DH racing.Spare FlipPin colour packs available separately.Colour: Multi Oil Slick

Durable 6061 alloy platform body with a concave 17mm footbed for improved grip and rider control during aggressive riding or technical trails. Crafted with high-performance 4140 chromoly steel axle and sealed cartridge bearings delivering smooth rotation, enhanced durability, and low maintenance for long-lasting use. Equipped with 22 replaceable, tunable flip pins (11 per side) allowing riders to customize grip levels from minimal slip to maximum hold, perfect for various riding styles and conditions. Sleek Oil Slick finish adds a stylish, modern look that resists dirt and corrosion, making these pedals a standout component for both bike aesthetics and performance. Designed for versatility with a 9/16" spindle and a 105x105mm platform size, these alloy pedals are ideal for mountain biking, BMX, and downhill riding, combining lightweight performance with high-impact engineering.