The Lightest Carbon Crankset and a Magnetic Hip Pack - Sea Otter 2019


If grams matter, you might be interested in e*thirteen's new XCXr crankset that weighs just 392 of them.

e*thirteen's downhill and enduro-focused LG1R carbon fiber cranks got all the attention when Kazimer reviewed them a few days ago, but there's also something new for the weight-watching set.

A 9-tooth small cog and 50-tooth big cog add up to a monster 556-percent range for e*thirteen's new TRS+ 12-speed cassette.
If you want all the range from your drivetrain, you'll probably want to check out e*thirteen's new TRS+ 12-speed, 9-50 spread cassette that provides a whopping 556-percent. No reason to walk if you have this thing on your bike. It's a two-piece design, with the bigger cogs being aluminum and the smaller ones manufactured out of steel, and the two pieces lock together after you've clamped the bottom section onto your freehub with a 3mm hex key. The 398-gram TRS+ will be available soon, and it'll sell for $299 USD.
High Above's prototype hip bag uses FidLock's Bottle Twist magnetic bottle attachment system.

Remember FidLock's Bottle Twist magnetic bottle attachment system that RC checked out last summer? How could you forget! Bellingham's High Above is working on a modular hip pack design that uses that same FidLock system to carry a bottle. The idea is that instead of reaching to slide your bottle back into its sleeve (or stopping altogether to put it inside), you can just snap it into place via the magical power of magnets.

The production version will have a modular storage layout, too, so you'll be able to choose how big you need your hip pack to be. No word on pricing yet, but expect to see it sometime this summer.
Vant uses small sections of aluminum for reinforcement at the spoke holes of their carbon fiber rims.
These carbon fiber rims look a lot like, well, carbon fiber rims, but they're hiding something. If you cut one in half close to any of the 24 spoke holes, you'll find small aluminum inserts that have been molded into the rim. Vant actually extrudes what looks like a very thin, very lightweight single-wall aluminum hoop before cutting it up into small sections that are then inserted into the layup during the rim's construction.