$55.00 - $59.99
Zipp's Service Course Stem is strong, light, and reliable. Forged of 7075 aluminum with stainless steel bolts, the Service Course is stiff enough to harness the power of your burliest sprints and withstand the jarring forces of the meanest potholes. It keeps the front end completely rigid, providing control no matter the condition.
Thomson's Elite X2 Road Stem is instantly recognizable because of Thomson's legendary style, and with strength to spare, this stem is more than just a pretty face. Made from a solid, one-piece block of 7000-series aluminum, the X2 combines exceptional strength with light weight for a stiff stem and total control on all your rides. It has a two-bolt clamp design that's just as strong as four-bolt designs thanks to Thomson's interlocking interface and it also cuts down on the weight. Plus, the stem's low 36mm stack height gives you more options for customizing your position. And, thanks to their reversible graphics, your X2 looks great whether you run a positive or negative rise.
$99.95 - $109.95
The Elite X4 Mountain Stem is instantly recognizable because of Thomson's legendary style, and with strength to spare, this stem is more than just a pretty face. Made from a solid, one-piece block of 7000-series aluminum, the X4 combines exceptional strength with light weight for durable, solid steering control to tame the toughest trails. It has a four-bolt clamp design and reversible graphics, so your X4 looks great whichever way you run it.
Tom Ritchey's original 4Axis stem changed stem design forever. And, the WCS 4Axis Road Stem has all the original features updated to add a touch of class for your speed machine. It's made of forged 2014 aluminum for super light weight with excellent stiffness for optimum handling. Plus, it features Ritchey's Bias Clamp and 4-bolt faceplate, which make it super secure. It looks great, too.
The Odyssey stem bolt pack features 6 - 6mm stem bolts that are M8 x 1.25mm thread.
$29.99 - $34.99
Top-load design stem with a 6061 aluminum cast body and cold-forged cap for added strength. Recessed sides and front make the Control Stem simple, sleek, and lightweight. The traditional 50mm reach and generous 32mm rise make for a comfortable ride. Product Specifications - Material: 6061 Aluminum - Reach: 50mm - Rise: 32mm - Stack Height: 30mm - Bolts: M8 x P1.25 6mm - Weight: 10.4oz
Kalloy's 822 Adjustable Stem lets you set up your handlebars exactly where you want them using just an allen wrench! With a 0-60° rise, you're sure to find a position that puts you comfortably in control. Its 4-bolt handlebar clamp makes bar changes easy and secure. - For quill-style steerers
With its classic blend of high strength and low weight, Easton's EA50 stem is a smart choice for your favorite ride. It's made of 3D forged aluminum for amazing stiffness and strength. Easton's Top-Lock technology locks the stem and faceplate together, creating a highly rigid interface while minimizing the loads on the bolts, making the EA50 perfectly safe for carbon bars.
$64.99 - $69.99
Whether you're on the open roads or scenic mountain trails or anywhere else you ride, Easton's EA70 Stem enhances your cycling experience. It's made of 3D forged aluminum for amazing stiffness, low weight and strength for excellent steering control in all conditions. Plus, Easton's TopLock technology locks the stem and faceplate together, creating a highly rigid interface while minimizing loads on the bolts, making the EA70 perfectly safe for carbon bars.
Bolt Easton's EC90 SL Stem to your road bike and watch the grams disappear. This ultra-light carbon beauty sports Easton's TaperWall technology to provide the perfect balance of low weight, high strength and stiffness for excellent steering control in all conditions. Plus, Easton's Top Lock and Distributed Stress technologies lock the stem and faceplate together, allowing for a highly rigid interface while minimizing loads on the bolts, making the EC90 SL perfectly safe for carbon bars. What's more, the EC90 SL uses titanium hardware to keep weight to an absolute minimum.
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