Santa Cruz V10

The V10 is for riders who want a purpose-built downhill machine — the kind of bike that exists solely to go as fast as possible on dedicated DH terrain. 

This is not a trail bike you can pedal around on weekends. The V10 is designed for bike parks, lift-accessed resorts, and shuttle days on proper downhill tracks. It has 208mm of rear travel, a geometry that's built around descending at speed, and virtually no concession to climbing efficiency. If you spend your riding days lapping a bike park or chasing World Cup-level terrain, this is the right tool for the job. 

Sizes Small through Large run a mixed-wheel setup with a 29" front and 27.5" rear for a balance of rollover speed and rear-end agility, while the XL runs full 29" wheels for maximum stability at high speeds. The V10 is the same platform raced by the Santa Cruz Syndicate on the UCI Downhill World Cup circuit, so when Santa Cruz says it's proven at the highest level, they mean it literally.

The V10 gen 8 is a meaningful step forward in both geometry and suspension performance, making it more adjustable, more composed at speed, and more dialed than the generation it replaces. 

The biggest change is the suspension. Santa Cruz reworked the VPP kinematics to reduce pedal kickback and increase support through the mid-stroke, which translates to a more planted, controlled feel when hitting big compressions and rough, blown-out sections. Travel comes down slightly, from 215mm to 208mm, but riders who've tested both consistently report the V10 gen 8 feels more capable, not less. 

Geometry is updated throughout, with sizes getting longer reaches and slacker head angles than the V10 gen 7. Santa Cruz also added a three-position adjustment system at three points on the frame — the rear axle, lower link, and headset cups — giving riders the ability to tune fore-aft weight balance, bottom bracket height and head tube angle, and reach independently. The gen 7 had some adjustability, but not at this level of precision. Both builds also now come exclusively in CC carbon, which is the higher-grade, lighter layup previously reserved for the top-tier spec.

The V10 and the Nomad 7 exist at opposite ends of a specific question: do you need a dedicated downhill bike, or a bike that can do it all? 

The Nomad 7 is Santa Cruz's most gravity-focused trail bike — 170mm of travel front and rear, mixed wheels, and aggressive geometry that's genuinely capable on steep, rough terrain. It pedals well enough to earn its own way to the top and handles demanding descents with real authority. For riders who split their time between pedaling and descending, the Nomad 7 is an exceptional choice that doesn't ask for a lift pass. 

The V10 makes no such compromise. It has 208mm of rear travel, geometry optimized purely for downhill speed, and a coil shock setup that's tuned for repeated high-speed impacts rather than pedaling efficiency. It will outperform the Nomad 7 on a proper DH track, but it requires a chairlift or a shuttle to access that performance. If your local trails don't include lift-accessed DH runs, the V10 is the wrong tool. If they do, it's the right one. Check out the Santa Cruz Nomad here: https://www.evo.com/collections/santa-cruz-nomad

The V10 has more geometry adjustability than almost any other DH bike on the market, but it's designed to be intuitive rather than overwhelming — each adjustment has a clear, practical purpose. 

There are three adjustment points, each with three positions, giving you nine possible combinations to dial in fit and handling for your body and your trails. The rear axle flip chip shifts your weight balance forward or back by 5mm, which affects how the bike feels in corners and over rough terrain. The headset cups adjust reach by up to 8mm in either direction, letting you fine-tune how stretched out or upright you feel without swapping a stem. The lower link flip chip changes bottom bracket height and head tube angle simultaneously, which affects how the bike sits on the trail and how slack the front end feels. 

Santa Cruz recommends starting in the middle position on all three and making one change at a time. The system exists to make the V10 work well for a wide range of rider sizes and riding styles on a wide range of tracks, not to require a mechanical engineering degree every time you show up at the bike park.