Bicycle Disc Brake Rotor Market

Bicycle Disc Brake Rotor Market Size

The global bicycle disc brake rotor market size was valued at USD 148.5 million in 2024 and is projected to grow at a CAGR of 4.5% between 2025 and 2034.

With the growth in the use of mountain and electric bicycles, the market for bicycle disc brake rotors has also been influenced. For one, mountain cyclists tend to use disc brakes as they are effective when steep slopes and varying weather conditions are encountered. Electric bicycles, however, incorporate batteries and motors which increase the weight of the bicycle resulting in the need for advanced braking technology for safety measures. This trend is also reinforced by the growing application of the disc brake rotors in adventure sports as well as eco-friendly commuting.

Ever since January 2024, Skarper has been selling a bike kit that allows you to convert your e-bike into a disc, which is another step towards progress. Unlike the traditional e-bike, this retro kit focuses solely on the rear brake system, giving a whole different look to the traditional e-bikes. The new kit will prove to be of great use and will allow the rider to be able to use the bike’s disc fully. With regards to this conversion, the disc rotors from Skarper will need to be fitted as they don’t interfere with the bike’s performance.

The introduction of disc brakes is advocated by cycling organizations and regulatory authorities as being safer than the traditional rim brakes. In line with the expanding growth of the industry, cycling is beginning to focus on security requirements that necessitate the use of efficient braking systems. Furthermore, as the urban cycling and sport cycling markets become more cautious regarding safety, there has been an increasing need for manufacturers to develop new technology and meet high standards of quality controls. Such a shift in focus creates a healthy market for disc brake rotors.

Bicycle Disc Brake Rotor Market Trends

The increasing interest in cycling has shifted the bicycle disc brake rotor industry to use lightweight materials such as aluminum alloys and carbon composites. These materials have oxygen reduction as well as exceptional heat distribution which makes the components useful for power consuming activities such as mountain biking and competitive cycling. Also rising tend to be the more robust rotor designs, which include floating and wavy rotors as they optimize braking efficacy and minimize heat buildup. Additionally, there is growing interest in drilled and slotted rotors, which help enhance performance in wet weather.

One more trend that is very observable is the growing incorporation of disc brakes into the road cycling sector. More recently, this aspect was associated with mountain biking, but now it is gradually attributed to the premium road bikes, due to the quality of the braking systems that the bikes possess with regards to bad weather.

This trend is also augmented by the heightened concern towards safety and aerodynamic comfort when riding a bicycle, considering the immense assurance offered by the disc brake system during the wet or mountainous hilly environment. Consequently, there is a growing range of bicycle models for which disc brakes are offered, thereby widening the interest in these for both recreation and competition.

One of the deterrents faced in the bicycle disc brake rotor market is the price, due to the expensive nature of the products that are aimed at improving the bike, such as the carbon-composite or floating rotors to be advanced brake systems. But the other issue which might grow some of the market is failure or incompatibility interactions between different sizes of rotors and different types of mounting, such as Centerlock or 6-bolt. These hurdles, together with the hydraulic disc brake system that does require special maintenance, might discourage a number of cyclists from replacing or even servicing their systems.

Bicycle Disc Brake Rotor Market Analysis

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• Based on material, the bicycle disc brake rotor market is segmented into stainless steel, aluminum, and composite materials. The stainless-steel segment dominates the market, accounting for over 60% of the share in 2024. Due to the high heat resistance, durability, and affordability that stainless steel has; a majority of bicycle brake rotors are made with it. The use of stainless-steel rotors is omnipresent as they are mounted on mountain, road, and hybrid bicycles because they provide reliable brakes in almost any condition.
  
• The aluminum segment seems to be gaining traction due to the lightweight nature it has that most performance-targeting cyclists are after. Furthermore, the upsurge in the adoption of composite materials is fueling advances in the market. Most high-end and competitive cyclists use composite rotors, usually made out of a mix of carbon or ceramics, as these give off much more heat while braking, resulting in a much more effective braking experience. While still a niche segment, composites are expected to grow rapidly as bike makers find cheaper ways to produce them and also as the demand for high-quality bikes grows.

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• Based on mounting system, the bicycle disc brake rotor market is divided into Centerlock and 6-Bolt segments. The 6-Bolt segment holds the largest share, accounting for 72.8% of the market in 2024. That’s its appeal to mountain bike and off-road cycles, and its compatibility with multiple models is the reason for its dominance. Coupled with the ease of maintenance, the ability to install the part with ease, and how good the part performs in pedal-assisted and professional cycles makes the part a favorite.
  
• Also, contributing to the rise within the sector is the growing demand for performance-focused cycling components. Manufacturers and aftermarket solution providers are constantly innovating their Centerlock offerings to meet consumer needs.
  
• The Centerlock segment has seen exponential growth while broadly expanding due to rapid adoption, as cyclists and manufacturers transition to Centerlock systems for upper-end and electric bicycles, all due to its efficient weight and increased rotor stability. Its meaningful incorporation into bicycles is commensurate with the growing need for precision-engineered parts within the industry.

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• China recorded a substantial share of the bicycle disc brake rotor market reaching approximately USD 50 million by 2034. A positive development in the Asia Pacific bicycle disc brake market is recorded owing to the widespread adoption of both electric and conventional bicycles and extending the current level of awareness on equipment's safety features.
  
• China and its growing biking market are witnessing growth in recreational and commuting users thanks to policies seeking to promote the use of greener forms of transport. The trend of mountain bikes and e-bikes has increased the demand for lightweight, durable, and high-performance disc brake rotors with reliable brakes.
  
• The European bicycle disc brake rotor market is regulated by comprehensive social responsibility and safety policies. For instance, there is a growing demand for advanced break systems in areas with dense cycling infrastructure which takes into consideration the increase in cycling. In addition, European consumers are relearning the importance that safety components offer, and this has increased the demand for performance brake rotors. Moreover, policies promoting green transport have even more favorable conditions with the growing number of people using e-bikes and mountain bikes which need more advanced disc brake systems.
  
• In North America, bicycle disc brake rotors demand is higher due to the need for safety awareness among the customers and better performance on the bikes or cyclers. Furthermore, e-bikes are being regularly used in the region. There is also a popular trend of cycling that is set to grow, whether it be for leisure or commuting, and thus, it fuels the demand for better quality braking systems.
  
• Dwindling and efficient disc brakes have better components that the riders are now looking for, and hence the circulatory of the discs has increased. Meanwhile, the market is augmented with a growing legal requirement of improving the currently available standards that cyclists are made to follow, thus encouraging the use of advanced brakes on normal bicycles and especially electric bicycles.
  

Bicycle Disc Brake Rotor Market Share

• Shimano Inc., SRAM LLC, Magura, TRP, Hope Technology, Galfer, and Jagwire together had a considerable 30.7 percent share of the bicycle disc brake rotor industry in 2024. These firms have made commendable progress towards the future of bikes by launching heat-dissipating rotor designs, lightweight materials, and enhanced durability which are meant for the development of different cycling disciplines.
  
• Due to their constant fusions of investing in Research and Development, these companies have innovated floating rotors, hybrid and composite material, along with state-of-the-art optimized braking systems for high-end performance and everyday usage.
  
• Such leaders command formidable competition in North America, Europe, and Asia-Pacific and make use of their worldwide distribution channels to cater to a wide market. Along with bicycle OEMs, they work to make the integration of their brake rotor solutions into high-end and mid-tier bicycles effortless. Additionally, being affiliated with OEM suppliers in Taiwan, China, and Hong Kong and being cost-sensitive enables them to take a grasp of the emerging demand for advanced braking technologies for conventional and electric bicycles.
  

Bicycle Disc Brake Rotor Market Companies

Major players operating in the bicycle disc brake rotor industry are:

• Formula
• Galfer
• Hope Technology
• Jagwire
• KCNC
• Magura
• Shimano
• SRAM LLC
• SwissStop
• Tektro
  

The bicycle disc brake rotor market is innovation and competition driven where players work towards creating high-performance and lightweight products to suit the unique requirements of maturing global biking population. Key players invest into various raw materials including stainless steel, aluminum, and carbon composites to improve braking, heat management, and overall longevity of the product. Customization also plays a big part in catering to the needs of a wider audience which includes offering different rotor sizes and styles for road cycling, mountain biking and gravel riding.

Niche markets are catered for by smaller specialized players who offer rotors with unique generations of performance or visual appeal. Such companies tend to engage in price competition with goals of lowering weight and complexity in installation. Trends towards sustainability are apparent within the market as focus on eco-friendly methods of manufacturing and recyclable materials increase. Partnerships with bike manufacturers and racing teams also enable innovation and increased visibility. With the increase in mass consumer, there is ever growing competition and players are always in search of designs prioritizing durability, safety certification or increasing braking performance in order to maintain relevancy in the ever-changing industry.

Bicycle Disc Brake Rotor Industry News

• In December 2024, Galfer USA announced the release of the new model, 2024 Floating Wave Rotor, for mountain, road and gravel bikes. It is a two-piece rotor weighing very light which incorporates a bolt pattern of 6 bolts and provides stainless steel blades in addition to offering a black steel center carrier and is also available in a size of 180mm and 203mm.
  
• This Screws-B bolts Grub Screw design provides a pleasant blending experience as users can select their desired button colour from five options available: red, yellow, orange, green, or blue. The rotor for this model is developed using Galfer brakes motorcycle technology further improving the thermal resistance and the stability for the models braking control.
  
• In April 2024, The ReactionEX Floating Brake Rotor was unveiled by Zeno and has a unique fence clip-based means that enables interaction with tiny leaf springs thus permitting true lateral movement of the unit. Floating rotors that have buttons have the disadvantage of maintaining eccentricity to rotational axis positioning of the pad relative to the cylinder, but in this configuration both parts of the structure are allowed free lateral movement which greatly improves performance of the brakes.
  
• By controlling the expansion associated with the increased temperature, the rotors also mitigate warping during high-performance applications. These rotors might have a size range from 140 mm to 203 mm for 6 bolts and Center lock applications as well as incorporating features of an e bike speed sensors and rounded edges.
  

The bicycle disc brake rotor market research report includes in-depth coverage of the industry with estimates & forecasts in terms of revenue ($Mn) and shipment (units) from 2021 to 2034, for the following segments:

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Market, by Mounting System

• Centerlock
• 6-Bolt

Market, by Material

• Stainless steel
• Aluminum
• Composite materials

Market, by Size

• Small (160mm and below)
• Medium (180mm)
• Large (200mm and above)

Market, by Application

• Mountain bikes (MTBs)
• Road bikes
• Gravel bikes
• E-bikes

The above information is provided for the following regions and countries:

• North America
  • U.S.
  • Canada
• Europe
  • UK
  • Germany
  • France
  • Italy
  • Spain
  • Russia
  • Nordics
• Asia Pacific
  • China
  • India
  • Japan
  • South Korea
  • ANZ
  • Southeast Asia
• Latin America
  • Brazil
  • Mexico
  • Argentina
• MEA
  • UAE
  • Saudi Arabia
  • South Africa