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As mountain biking grows in popularity, riders are continually looking for ways to enhance their bikes. One of the most popular modifications is the introduction of carbon mtb handlebars. This upgrade can improve both the overall ride experience and safety of a bike, making it a worthwhile investment for many riders.

Mtb handlebars are an essential part of any mountain bike, providing support for the rider and keeping them in control when maneuvering through the trails. The best handlebars help to absorb shock from the terrain and give riders greater control. With this in mind, carbon mtb handlebars can be a great choice for those looking to make a significant upgrade to their mountain bike.

carbon mtb handlebars offer superior strength and durability compared to aluminum and steel construction. The strong material is lightweight and stiff, providing enhanced control and comfort during riding. The reduced weight is an advantage for any mountain bike, as it reduces the overall bike weight and makes those all-day rides more enjoyable.

In addition to improved strength, carbon handlebars also provide enhanced shock absorption. The material is more pliable than aluminum and steel, meaning it can absorb some of the impact from a rider’s bumps and jumps. This can greatly improve the ride quality and safety of any mountain bike.

Aside from the safety and ride quality benefits of carbon mtb handlebars, they also provide an aesthetic upgrade. Carbon handlebars are typically available in a range of colors and finishes, allowing riders to customize the look of their mountain bike.

If you’re considering upgrading to carbon mtb handlebars, there are a few factors to consider. First, make sure the handlebars you choose are designed with mountain biking in mind. Look for handlebars that have sufficient support and dampening to handle the rough terrain of a mountain bike.

Next, take some measurements of your current set-up and consider your budget and style preferences. Carbon handlebars can range in price, depending on the quality of the material and design. Some riders may opt for lightweight but less expensive carbon handlebars that match their budget and riding style, while others may find that more expensive models are better suited for them.

Finally, consider if you want to stick with a standard or specialized handlebar. The most popular handlebars used for mountain biking are standard handlebars, as they are cost effective and provide good support. However, many riders choose to go with specialized handlebars for enhanced support and stiffness or for unique aesthetic appeals.

Installing carbon mtb handlebars is simple, and with an appropriate set-up and a few minor adjustments most riders can easily adjust their riding style. Riders can find carbon mtb handlebars at their local bike shop or online, allowing them to quickly upgrade their mountain bike without breaking the bank.

Overall, carbon mtb handlebars can be a great upgrade for any mountain bike. With improved ride quality, enhanced safety, and greater styling options, upgrading to carbon handlebars can be a great investment for any mountain biker.

aero drop bar: A New Way to Race

The aero drop bar is the latest innovation in the world of bike racing. This new bar is designed to reduce drag and increase aerodynamic performance on the race track. It has become an increasingly popular choice amongst professionals and amateurs alike, making it the go-to choice for competitive cyclists.

The aero drop bar was designed with aerodynamic performance as its main focus. It features a straight top tube which is pierced by a modified drop handlebar, making it more aerodynamic while still maintaining the necessary level of strength and stability. The bar is designed with aerodynamic curves which reduce drag and help the rider to maintain an optimal speed. This combination of reduced drag and stability makes the aero drop bar a great choice for fast-paced racing.

The aero drop bar also has some great features that help to improve the comfort and performance of the bike. The bar is designed with ergonomic shape to reduce hand, shoulder and neck fatigue which can be common in regular bars. It also features wider, flat surfaces which help improve gripping power while remaining lightweight and strong. This makes it easier for the rider to optimize their position on the bike while still maintaining a comfortable ride.

The aero drop bar is available in both flat and road design to suit different types of riders. The flat version is perfect for those looking for a comfortable handlebar while the road is perfect for those looking to maximize aerodynamic performance. This allows the rider to customize the handlebar to their individual needs.

Overall, the aero drop bar is an excellent choice for competitive cyclists looking to get the most out of their race. It provides superior aerodynamic performance without sacrificing the necessary strength and stability. Its lightweight design and ergonomic shape make it one of the most comfortable bars on the market. With its performance-enhancing features and versatile design, the aero drop bar is sure to be a great addition to any cyclist’s arsenal.

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What is mtb frames?

Mountain bike frames are one of the most important aspects of your mountain bike. When it comes time to build up your dream MTB, choosing the right frame will not only determine your mountain bike’s aesthetics but also the performance of your set-up.

The frame of a mountain bike is essentially the core of your build. That’s why it can be so difficult to choose the right frame and why so many considerations must be taken into account. From frame geometry and suspension options, to frame material and sizes – you are sure to be overwhelmed when it comes time to purchase your mountain bike frame.

Before you dive into the world of mtb frames, let’s look at the different types out there and what you need to consider when selecting the right frame for your terrain.

Types of Mountain Bike Frames

The number of ever-evolving mountain bike frames on the market can be a bit overwhelming. Generally, mountain bike frames can be categorised based on wheel size and frame geometry.

Wheel Size:

Mountain bike frames are generally available in four wheel sizes: 26 inches, 27.5 inches (650b), 29 inches, and fat bikes (26×4 or 27.5×3.8).

26-inch wheels: The original mountain bike wheel size, 26-inch wheels remain quite popular but 26er frames are becoming harder to find.

27.5-inch wheels: Smaller than 29-inch wheels, 27.5 (aka 650b) frames offer superior wheel agility, traction and improved manoeuvrability.

29-inch wheels: The Cadillac of mountain bike wheel sizes, 29er frames roll faster and are more efficient on flat surfaces. They are the most popular for riders aiming for XC domination.

Fat bikes: Fat bikes started out as a niche market that is now a full-fledged bike industry. Offering superior floatation on sand and snow, fat bike frames are surprisingly agile and can be used on all terrain.

Frame Geometry:

In addition to wheel size, mountain bike frames are also categorised based on frame geometry. These geometries mainly pertain to the angles formed throughout the frame.

Cross-Country Frame Geometry: Cross-country (XC) frames are designed for cross-country riders who want to pedal fast and long distances. Constructed for speed, XC frames feature steep seat tube angles and shorter rear end lengths.

All-Mountain/Enduro Frame Geometry: All-mountain (AM) and enduro frames are adequate for trail riding, as well as all-day epics. Featuring a slack head tube angle and a slightly longer rear end length, AM and enduro frames are well-suited for pushing the boundaries of speed on more confidence-inspiring terrain.

Freeride Frame Geometry: Freeride frames are built for aggressive riding and big drops. The slack geometry makes for a more downhill-specific riding experience, however, it makes the bike harder to pedal on flat surfaces.

Frame Material

Mountain bike frames can be made from aluminum, carbon, steel or titanium.

Aluminum: Commonly referred to as alloy, aluminum frames are cost effective and lightweight. Aluminum frames can be either hardtail or full suspension. They are stiff and can be manipulated for varying riding styles. Aluminum frames are strong and reliable, but are prone to fatigue from hard riding.

Carbon: Carbon frames are lightweight (sometimes up to 60g lighter than aluminum) and shock absorbent. Carbon frames can also be manipulated for different riding styles and are more durable than aluminum. However, carbon frames require more maintenance and are more expensive than aluminum frames.

Titanium: Titanium frames are durable, lightweight, and offer the most shock absorbency. Titanium frames are the most expensive of the bunch and require more maintenance than any other frame material.

Steel: Strong and reliable, steel frames are most frequently used in the hardtail variety. As steel is a heavy material, steel frames are usually reserved for dirt jump and freeride bikes.

Choosing the Right MTB Frame

Choosing the right mountain bike frame is a matter of personal preference and can take some time to get right.

Think about budget, preferred riding style, terrain, and the size of the bike you need. Taking into consideration all these factors, you should be able to narrow down your choices quickly and make the right decision for you.

At the end of the day, the right mountain bike frame for you should be able to provide the performance and aesthetics that make your MTB dreams come true.