The Salt AM V2 Front Load Stem, shown on a white background, features a rainbow anodized finish and is crafted from durable 6061-T6 alloy. It includes a shark tooth clamp for extra grip, four black bolts, a 50mm length, and a 22.2mm clamp size.

Salt AM V2 Front Load Stem (22.2mm Clamp) in black, made from 6061-T6 alloy, featuring a four-bolt front load plate, side cutouts, shark tooth clamp for enhanced grip, and angle/length specifications printed on the side.

Salt AM V2 Front Load Stem (22.2mm Clamp) in black, made from tough 6061-T6 alloy with a four-bolt faceplate and side cutouts for reduced weight, displayed against a plain white background.

Two Salt AM V2 Front Load Stems (22.2mm clamp), made from durable 6061-T6 alloy in iridescent anodized metal, featuring a shark tooth clamp for enhanced grip and multiple screw holes, positioned upright on a white background.

The Salt AM V2 Front Load Stem (22.2mm Clamp) is a metallic, iridescent BMX bike stem made from durable 6061-T6 alloy, featuring a two-bolt design on both the top and side and a reliable shark tooth clamp to securely attach your handlebars to the steering tube.

Description

The Salt AM V2 is a front load stem with a shark tooth clamp face, so the bars hold their angle once you set them. Front loading also means you can swap bars without pulling the stem off the steerer.

It is forged from 6061-T6 alloy with a forged finish, and runs a 50mm reach with a central bore through the body to drop weight. Weight is 301g.

Features

Shark tooth bar clamp. The toothed clamp face grips the bar for extra hold, so your bar angle stays where you set it.
50mm reach for the bars. A middle of the road reach that suits riders who do not want the cockpit stretched or cramped.
Front load faceplate. Bars come in and out through the front, so changing bars does not mean stripping the headset.
Central bore drilling. A bore through the middle of the stem takes weight out without touching the clamping area.
Forged 6061-T6 alloy. Forged alloy body in a raw forged finish, which is the usual construction for a stem that takes a beating.