How to Deal with a chip in carbon bike frame

It’s a problem all riders dread—a chip in their carbon bike frame. That dreaded thought of an irrevocable crack is one that strikes fear into the hearts of even veteran cyclists. But there’s still hope if you’re confronted with a cracked carbon fiber frame. A chip in your frame doesn’t necessarily mean the end of your bike. You do, however, need to pay close attention to the issue and take the proper steps to mitigate the damage.

Identifying the Chip

The initial step when dealing with a chip in your carbon bike frame is, obviously, precisely identifying and diagnosing the damage. A quality inspection is necessary to understand the full scope of the chip and any associated damage. Take a look at the chip to determine its size and shape. If you catch the issue early, the chip may be small and shallow. A deep and wide crack, on the other hand, may suggest more serious issues with the frame.

Evaluating the Risk

Once the scope of the damage has been identified, you can move on to evaluating the risk associated with the chip. Does the damaged area connect two critical elements of the frame? If so, the frame may have structural integrity issues that compromises the performance and longevity of the bicycle. Carbon fiber is capable of withstanding significant pressure and forces, but a large and deep chip can potentially weaken the frame and create a safety issue.

If at any point you determine that your bicycle is no longer safe to operate then it’s best to find a replacement or send it off for expert evaluation and repair.

Finding a Fix

If you’ve determined that the frame can still be used safely, you can begin searching for a DIY solution. In this case, there’s a few potential solutions to repair the chip.

The first is fiber tape. This option requires some patience and precision, as it involves cutting a piece of fiber tape a little bigger than the cracked area and then using a low-temperature heat gun to actually adhere the material to the frame.

Another solution is carbon paste. This usually comes in a tube and works by being applied directly in the break and then cured with an ultraviolet light. In both cases, these repairs are designed to make the frame not only look new but also regain most of its original structural strength.

Getting Help

On the other hand, if you’re somehow uncomfortable with these solutions or just not willing to take the risk, your safest bet is simply taking your frame to a professional. A bike repair shop should be capable of repairing the chip and getting your frame back in proper working condition.

You can also check out third-party services that specialize in carbon frame repairs. These companies often provide thorough evaluations of the frame, inform you of their findings, and even provide a limited warranty on their repairs.


Ultimately, a chip in your carbon bike frame doesn’t have to spell disaster. Educating yourself on the processes and solutions associated with fixing and repairing the chip and then making informed decisions can help. If you’re comfortable with taking on the repairs yourself, it’s possible for you to restore the structural integrity of the frame. If you’re uneasy, however, professional repair services may be the safer and more viable option.

Choosing Your Ideal Road Bike Wheelset: A Primer

Choosing Your Ideal road bike wheelset: A Primer

Whether you are a new, or seasoned cyclist, a road bike wheelset is an important choice that can affect the performance of your bike. Every road bike wheelset option has advantages and disadvantages, and when you make the decision to upgrade yours, you need to look further than the size alone. In this primer, you’ll learn how to choose the ideal road bike wheelset for your cycling needs.

The first thing to consider when selecting the best road bike wheelset is the type of wheel you need. There are two main categories of wheel: clincher and tubular. Clincher wheels are the most commonly used, and are the best choice for overall performance — they’re strong and durable, but are heavier than their tubular counterparts. Tubular wheels offer an incredibly lightweight performance at the cost of slightly higher prices.

Another factor to consider is the rim and hub selection. Select a wheel that meets your needs in terms of vertical stiffness, aerodynamics, weight, and price. The spoke count is also a factor: consider more spokes for greater durability, or fewer spokes for increased aerodynamics.

The tire selection for your wheel is also important. Narrow tires run less risk of getting punctures, while wider tires offer more comfort and stability. Higher-end road bike wheelsets have tubeless tires, allowing you to completely reinvent your bike with the latest in tubeless wheel technology.

When choosing the ideal road bike wheelset for your bicycle, it’s important to take into account the terrain you’ll be riding. A higher spoke count wheel may be ideal for muddy terrain, while a low spoke count wheel will be better for faster, smoother roads. The wheelset itself should also be lightweight, stiff, and durable, with a good capacity for taking a beating from the terrain.

Another important factor to keep in mind is the braking system. While most new road bike wheelsets come with rim brakes, disc brakes have started to become very popular and offer superior stopping power. Disc brakes are heavier than rim brakes, so you should bear this in mind when making your decision.

When selecting the ideal road bike wheelset for your particular needs, it’s important to weigh up the various options available to you. Consider the type, rim and hub selection, spoke count, tire type, braking system, and weight of your wheel. Keep in mind the terrain you’ll be riding on and what combination of the above items best fit your needs. Knowing exactly what to look for, and what type of wheel best suits your needs will ensure you make the right choice for your cycling needs.

Maximizing Speed: The Aero Disc Wheelset Explained

Introducing the aero disc wheelset: Maximizing Speed

With modern advancements in aerodynamic technologies, cyclists are finding their dreams of greater speeds made real with the aero disc wheelset. As its name suggests, these wheels feature aero-dynamic wind-cheating designs that minimize drag to help cyclists speed up on the roads or trails, immediately leading to greater average speeds. But what makes aero disc wheelsets so special, and why should cyclists consider using them? Here’s what you need to know about maximizing speed with the aero disc wheelset.

Revolutionary Wind-Cheating Construction

A good aero disc wheelset is made from a combination of lightweight aluminum or Carbon fiber and is constructed specifically for use in aerodynamic racing. The shape of the wheels is designed with a slight curve to make them smoother in the wind, while the wheel depth is kept shallow for even greater speed. The result is that the aero disc wheelset choices available today can help to reduce drag by up to 40%, meaning faster speeds for cyclists riding with the wind.

Optimized Weight Distribution

The design of aero disc wheelsets also ensures that the most of the bicycle’s weight is centered in the middle of the wheel hub. This weight distribution helps to reduce side-to-side wobbling and maintain a smooth ride, making for improved handling and further ensuring that cyclists enjoy the full benefit of the aerodynamic design.

Better Braking Performance

Aero disc wheelsets also offer better braking performance for cyclists, especially on wet roads where the traditional wheel rim designs may not grip properly. The deep air-filled channels on the front and rear of aero disc wheels ensure that the wheel rotates quickly while allowing for maximum stopping power.

Enhanced Efficiency

The air-filled channels of aero disc wheelsets improve efficiency in other ways, too. The low-pressure tires are able to flex and deform to the terrain, delivering more grip while allowing for low rolling resistance. The diamond V-shape of the wheel is also designed to ensure quick installation and removal, adding to the overall efficiency and ease of use.

Maximum Durability and Safety

Perhaps one of the most important features of aero disc wheelsets is that they provide enhanced durability and safety. The aluminum or carbon fiber construction of the wheels makes them incredibly strong and capable of withstanding a wide range of temperatures and weather conditions. Other features like double contact seals and corrosion-free ball bearings further add to the wheels’ life span and dependability.

The aero disc wheelset is an ideal choice for cyclists looking to maximize speed and efficiency while on the roads or trails. Weighing only about 15 pounds and with its aerodynamic design and optimized weight distribution, cyclists can zip ahead on their rides with the help of the aero disc wheelset. Add to that the better braking performance, enhanced efficiency and maximum durability and safety, it’s no wonder that the aero disc wheelset is the choice of cyclists looking to maximize speed and performance.

Exploring the Advantages of Carbon Wheelset

Carbon wheelsets are a more recent innovation in the bicycle industry and have quickly become a top choice for serious cyclists and professional racers. This article will explore the advantages of upgrading to a carbon wheelset in order to better inform potential buyers.

A carbon wheelset is a type of wheel that is composed of multiple carbon-fiber layers wrapped around an aluminum hub. Carbon fiber is a significantly lighter material than traditional aluminum, yet it retains high strength and stiffness. This allows the rider to achieve the same riding performance with less overall bike weight, and consequently, improved performance and control.

One of the main advantages of a carbon wheelset lies in the increased rigidity and braking performance it provides. Because of the carbon fiber’s stiffness, the wheelset can be designed to have suggested spoke tensions. This not only improves the performance of the rig, but also ensures that the wheel will retain its shape and integrity after each ride.

The increased rigidity also leads to improved braking performance. carbon fiber disperses tension more evenly compared to metal metals, thus less force is required to stop the bike. In contrast, smaller size wheelsets tend to absorb braking force and for this reason, cause more skidding when suddenly pulled to a halt.

In addition to improved performance characteristics, carbon wheelsets also have several aesthetic advantages. carbon fiber is available in a wide variety of colors, allowing the user to customize their ride in any way they like. The sleekness of carbon fiber also makes it the perfect material for wheelsets that provide improved aerodynamics. The carbon fibers used in a wheel are designed in a way that helps direct airflow around the rim and decrease drag while in motion.

Finally, many riders report that a carbon wheelset provides a smoother riding experience. The lightweight nature of the material allows the rim of the wheel to move more fluently and keep on trajectory. With traditional aluminum wheels, bumps and obstacles on the road can cause jolting in the ride, whereas this is minimized with a carbon wheelset.

In summary, upgrading to a carbon wheelset is an opportunity to improve your cycling performance in a number of ways. With an improved rigidity, braking performance, aesthetics, and riding comfort, a carbon wheelset offers a multitude advantages over traditional aluminum wheelsets. This article has provided an overview of the potential benefits and will hopefully help future purchasers make a more informed decision.

Choosing the best hardtail frame to build

If you’re a mountain biker who is in the market for a new bike, you may be eyeing up the best hardtail frame to build for yourself. Choosing the right frame to build isn’t always easy, so we’re here to help you make the decision ensuring you end up with the perfect bicycle.

One of the key things to consider when selecting your frame is the purpose for which you intend to use it. Will you primarily be riding off road or on the road? Mountain bikers who are looking for high performance in a lightweight frame will generally prefer a full suspension frame, while riders shopping for something tougher and more durable may prefer a hardtail.

Frames come in a number of materials including carbon fibre, aluminium, titanium and steel. Here we’ll focus on steel hardtails. Steel is increasingly being seen as the most practical and desirable material for a hardtail frame. It provides a good strength- to- weight ratio, while also providing great stiffness, further enhancing stability.

When deciding on the frame size you should make sure you take into account your riding style and preferences. The most important thing to determine the right fit for you is your height. You can measure your inseam and make sure you add 4-6 inches to accommodate the distance from our saddle to the handlebars. You may also want to consider the frame’s geometry, as this makes a big difference in terms of your riding comfort and performance. A slacker head angle and longer wheelbase is better for descending, whereas shorter head angle and wheelbase allows for quicker manoeuvrability.

Finally, you’ll also need to keep in mind your budget when selecting the best hardtail frame to build. Prices can vary drastically, so do your research and compare prices to find the best bang for your buck. Keep in mind that the more money you spend the lighter your frame will be, and the more likely it’ll be to provide superior performance.

Regardless of what your budget may be, building your own frame is a great way to get a higher performance product that will help you get the most out of your biking experience. With a little research and a few tips you can ensure you get the best hardtail frame to build that suits your riding style, budget and preferences.

Revamp your ride: remove painting from carbon frame

Whether you’re an experienced cyclist or a cyclist looking for a project to take on, chances are you frequently come up with new ways to revamp your ride. Taking a tired old frame and giving it a thorough revamp can be a great way to transform your old bike into a completely new ride. Doing so can also breathe new life into the cycling experience.

One of the biggest projects a cyclist can undertake is to remove painting from a carbon frame. This is a fairly challenging and labour-intensive job, but if done correctly, it can significantly improve the performance of your bike and ensure that your ride stands out from the crowd.

Removing paint from a carbon frame is not a job for the faint of heart. Before undertaking this job, it is best to have some experience in dealing with bike parts and understand what you are getting yourself into. The wrong move can damage your frame, resulting in an expensive repair job. The correct method will not only provide a better paint removal performance but will also protect your frame.

The first step is to thoroughly clean the frame. Use a gentle cleaner and a soft cloth to remove dirt and debris from the frame before taking any further steps.

Once your frame is clean, the next step is to apply a degreaser to the frame. This will help to loosening up any patches of old paint that may still be attached. Once the paint has been sufficiently softened, you can use a sharp razor blade to scrape them away.

It is important to be very careful and take your time when using a razor blade. It is also important not to put too much pressure on the edges of the frame, as this can be cause a warranty to be void.

Once the paint has been scraped away, the frame should be buffed with a soft cloth and re-lubricated with a light lubricant. Buffing the frame will help to remove any stubborn pieces of paint still attached, while lubricant will help to reduce friction between the frame and the bike.

In addition to scraping off the existing paint, cyclists may also choose to add a clearcoat to their carbon frame. This is a great way to protect the frame from harsh elements while still being able to show off its natural texture and grain.

When revamping your ride, removing paint from a carbon frame can be a fun and rewarding project. Not only will it improve the performance of your bike, but it will also give your bike a visually-striking aesthetic. If done correctly, you will be able to admire your handiwork each time you ride the bike. However, it’s important to remember that this is a task that requires expertise and knowledge of bike parts, so make sure that if you decide to go ahead with it that you do your research and know what you are getting into.

Decoding the Hub Noise: Understanding What Your Bike is Trying to Tell You

Have you ever heard clicking noises coming from your bike’s hub but weren’t sure what it meant? It’s not uncommon for cyclists to hear strange Hub noises coming from their bike and have no idea what it is trying to tell them.

The hub is the central rotor on the bike that houses the bearings and the axle, and with good maintenance of your bike, those bearings should remain silent. This is especially true if you’re using a coaster or internally-geared hub. Unfortunately, many cyclists experience various strange noises coming from their hub and do not understand why, or what it is trying to tell them.

Fortunately, with a bit of knowledge and understanding, cyclists can decode the Hub noise and understand what their bike is trying to tell them.

Firstly, if you hear clicking noises coming from your hub at all times, it is likely the bearings are worn and need to be replaced. The most common reason for this is that the bearings need to be lubricated often to keep them running smoothly. If the bearings have not been lubricated in a while and are becoming too dry, you may start to hear clicking from them as the components start to rattle against each other.

Additionally, if you’re riding with a lot of torque (i.e. shifting gears or going up a hill) while the noise may still be present, it can be quite louder and sound like a rattling. This can also mean that your bearings are worn and need to be replaced.

On occasion, you may notice a kind of humming sound that is louder the coast-down hill or during light pedaling. This is usually caused by the rim or spokes. If you notice this noise, inspect the wheel and ensure the spokes are all even and the rim isn’t bent in any way. If everything looks alright, and the noise still persists, it might be time to replace the rim or spokes.

You may also hear a creaking, cracking or grinding sound during the performance of your bike. If this sound arises, it is important to inspect the bearings and other components of the bike and make sure they are all properly lubricated. If all of them are in good condition, you may just simply need to tighten the screws and bolts of the components.

It’s important to remember that the hub noise from your bike is another way for it to communicate with you. If they remain unchecked for a long time, it can lead to problems such as loss in speed and performance, instability and even an increase in repair expenses.

To ensure you get the most out of your bike and it runs smoothly, pay special attention to your hub noise and decode what it is telling you. With proper maintenance and addressing the noises correctly, you can keep your bike healthy and enjoy a smooth ride.

Lightweight and Sturdy: Unveiling the Carbon Fiber Fork

At the store or in the online marketplace, the forks on mountain bikes come in a variety of materials. But if you truly want to enjoy your ride while having the most bang for your buck, the carbon fiber fork should be your top choice.

The carbon fiber fork has two main advantages. Lightweight yet sturdy. It has long been known for its superior strength to weight ratio which is why it’s the go-to material for aircraft and race cars. It’s also a material that is highly resistant to impact and abrasion.

This material has been around for some time as a chassis component in race cars, but it remains relatively new in mountain bike forks. It has yet to become the most used material among standard mountain bike forks, but its popularity is growing among competitive racers and professional cyclists.

When it comes to the design and features of carbon fiber forks, they can vary quite a bit. Some are made from a single continuous piece of carbon fiber while others have multiple pieces jointed together. The construction can also vary, some will use a traditional straining lay-up technique while others may employ a different method.

As interesting as this material might be, a major aspect of mountain bike forks that bicycle enthusiasts need to consider is stiffness and weight. To understand the benefits of carbon fiber forks, we must begin by looking at its weight. Carbon fiber forks are extremely lightweight, which is why getting the correct size is so important.

This does not mean that by opting for the lightweight option you will be sacrificing stiffness. When it comes to forks, the stiffer the material the better as it will provide better control. And this is where the carbon fiber fork really stands out.

It is one of the stiffest materials available when it comes to mountain bike forks, yet it is also lightweight. This makes it easier for the rider to maneuver in tight areas where they need rapid response times, and it also makes it less likely that they will experience a loss in power to the handlebars.

The benefits don’t end there either. Carbon fiber forks are also long-lasting since fiber cannot easily be damaged. Furthermore, their low production cost coupled with the materials’ longevity makes them an ideal choice for long-term use.

To wrap it up, carbon fiber forks provide unparalleled stiffness, punishable abrasion resistance, and lighter weight than most forks in the market. That being said, carbon fiber forks also come with more expensive price tags than regular durable metal forks.

It simply comes down to understanding your needs and budget, and deciding if this type of fork is worth the cost. However, there is no denying that the overall benefits that carbon fiber forks offer are hard to ignore, and make them the right choice for long time use.

mountain bike handlebars

With the ever expanding array of mountain bike components available, the selection of handlebars is often one of the most overlooked yet most important decisions a rider makes. The mountain bike handlebar is, after all, the rider’s direct connection to the bike and the interface that forces the rider’s body and steering decisions into reality. With such an important job it is important to understand the various handlebar designs, and look at the benefits and disadvantages of each to decide on the bar that best suits your riding style and needs.

The Carbon Mountain Bike Handlebar

Carbon fiber is becoming increasingly popular among the mountain biking community and is being used in more and more component designs, including handlebars. Carbon is a better choice than aluminum for a number of reasons, but its biggest draw is its light weight and incredible strength relative to its weight. Carbon bars tend to be 20 – 50% lighter than aluminum bars with the same dimensions.

Carbon handlebars are also generally stiffer than their aluminum counterparts, this increased stiffness makes them a good choice for riders who are looking for maximum strength and response from their mountain bike’s handlebars. Riders looking for a more forgiving ride though are better suited by aluminum bars, since they can provide increased compliance and dampen vibration from demanding terrain. In the right hands, a carbon bar is unbeatable in terms of performance and response, it’s just a matter of understanding what terrain and conditions they are most appropriate for.

Durability and Cost

Aluminum bars tend win out in terms of durability, they can resist bending and damage better than carbon bars and often stand up better to rock strikes and other impacts. For this reason some riders may feel more confident chosing an aluminum handlebar, knowing that the bar can take more punishment before needing replacement.

Carbon bars are relatively new when compared to aluminum and as such, they tend to be more expensive. It is important to keep in mind that carbon bars often offer a performance and aesthetic advantage that heavier aluminum bars cannot match, meaning that riders must weigh their decision between cost and performance to decide what best suits their needs.


The ideal mountain bike handlebar for any particular rider often depends on a variety of factors. The terrain and trails riders are riding, their budget, and of course the weight they are willing to accept all play a part in the decision making process. When looking for a lightweight, strong, and responsive handlebar, carbon is often the best choice. However, if the trails are especially hard on handlebars, riders may elect to stay with an aluminum bar, as they tend to be more durable than their carbon counterparts. Ultimately, it is up to the rider to decide what works best for them and their riding style, so it’s a good idea to do your research and experiment with different handlebars to find the right fit.

How to convert a hub to centerlock disc brake

If you are an avid biker or a professional cycler, you might have come across people talking about the best brake system for their rides – the centerlock disc brake. It provides greater speed, more stability and improved cushioning while you’re cycling. It also works faster and handles high loads more efficiently.

However, installing the centerlock system can seem intimidating at first. But don’t worry, we’re here to help. In this guide, we’ll teach you How to convert a hub to centerlock disc brake in just a few easy steps.

The first step in your conversion is to remove the current hub of your bike and replace it with a centerlock equivalent. There are different types of centerlock hubs available in the market. You need to first make sure to purchase one compatible with your bike frame and spokes.

Once you have the right centerlock hub, attach it to your bike frame and tighten the bolts evenly using an allen key or a torque wrench. Now, it’s time to replace the current wheel and install the centerlock rotor – the metal disc which provides the braking action.

In order to install the rotor, you need to first affix the centerlock adapter to the centerlock hub. Fit the rotor on the centerlock adapter with the help of a few screws and setup the caliper. Make sure that the rotor is placed perfectly between the braking pads.

Now, you’ll need to add the brake lines. To do this, make sure that the brake lines are attached to both the brake calipers. Secure the lines firmly to the adapter and run the tubing to the lever. Tighten the bolts while pressing the brake lever.

Finally, adjust the brake lines according to your requirements. Make sure that the brake lines are tight when the brake lever is pushed down. This ensures that the brakes are working properly and you’re ready to go for a test ride with your new centerlock disc brake system.

Although it might seem a little intimidating, converting your bike to a centerlock disc brake is not a hard process. With a little bit of patience, you should be able to convert to a centerlock disc brake easily and safely. Before you go, check the cables, brake pads and the disc rotor for any visible damages.

We hope this guide helps you in converting a hub to centerlock disc brake. If you have any questions or face any difficulties, feel free to ask an expert for assistance. Safe riding – and enjoy the superior experience with your new centerlock disc brake.