Cyclocross & Gravel Bikes Buying Guide

Gravel bike geometry is designed to provide a balance of comfort and performance. The bikes tend to have a longer wheelbase and lower bottom bracket than other road bike types, which gives them stability on rough terrain. They also usually have wider tires and clearance for mudguards, making them ideal for riding in all kinds of conditions. While they're not as fast as race-oriented road bikes, gravel bikes are still plenty capable of being ridden hard and fast on the open road.

The defining characteristic of gravel bikes is that they're built to tackle a wide variety of terrain. This means that they need to be tough enough to handle the rigors of off-road riding, while still being fast and nimble enough to perform on the pavement. To achieve this, gravel bike manufacturers use a variety of different frame materials, build styles, and component choices.

The most common frame material for gravel bikes is carbon fiber. This material is lightweight and stiff, which makes it ideal for riding on all sorts of terrain. However, carbon frames can be expensive, so some manufacturers also offer gravel bikes with aluminum or steel frames. These materials are heavier than carbon, but they're also more affordable.

Gravel bike geometry tends to be slightly different than other road bike types. The bikes have a longer wheelbase, which gives them stability on rough terrain. They also usually have a lower bottom bracket, which makes them easier to control when riding on rough surfaces. In addition, gravel bikes tend to have wider tires and more clearance for mudguards, making them ideal for riding in all kinds of conditions.

While gravel bikes are capable of being ridden on the road, they're not as fast as race-oriented road bikes. This is because they're designed for comfort and stability, rather than speed. However, gravel bikes are still plenty capable of being ridden hard and fast on the open road. If you're looking for a bike that can handle all kinds of terrain, a gravel bike is an excellent choice.

Guide To Our Brands

Pivot Cycles is known for their attention to detail and innovative designs. Their bikes are some of the most advanced and capable machines on the market. Pivot works closely with their team of pro riders to ensure that their products are at the forefront of the Cycling industry.

With that being said, check out the Vault 700c. This bike is perfect for riders who want a versatile machine that can handle a variety of terrain. The Vault is built with a lightweight aluminum frame and features a Shimano Ultegra 11 speed drivetrain. It's equipped with powerful Shimano Ultegra hydraulic disc brakes and wide range gearing that make it easy to tackle any hill or trail. Plus, the bike comes with tubeless-ready wheels and tires for added traction and comfort. If you're looking for a do-it-all gravel bike, the Pivot Cycles Vault is a great option.

Niner cycles make high-end bikes for both competitive and recreational riders. The company's mission is to "build great products that inspire cyclists around the world to experience the joy of riding." They offer a wide range of mountain bikes, including hardtail, full-suspension, and fat bike models. The company also makes a line of gravel bikes. All of Niner's bikes are designed and built in-house, using quality components from top brands like SRAM, RockShox, and Shimano.

On the topic of gravel bikes, the Niner RLT 9 RDO 700c - 3 Star - Rival 1 - Blood Red-Silver - 2022! This bike is perfect for anyone looking for a high-performance road bike that can handle any terrain. The frame and fork are made from lightweight carbon fiber, making the bike extremely lightweight and responsive. The SRAM Rival 1x11 speed drivetrain provides plenty of gears for climbing hills or speeding down them, and the hydraulic disc brakes give you outstanding stopping power in all conditions. The Niner RLT 9 RDO comes equipped with wide 700c wheels and tires that can handle any terrain, making it a great choice for riders who want to go fast and have fun on any surface.