PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 1901466
PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 1901466
Automotive Brake System Market size was valued at US$ 48,897.12 Million in 2024, expanding at a CAGR of 5.8% from 2025 to 2032.
The automotive brake system market is a critical component of the global transportation economy and is a key building block in the safety and performance of all automobile types, inclusive of passenger cars, commercial fleets and future generation electric platforms. The automotive brake system is essentially an integrated unit made up of various mechanical, hydraulic, electronic and friction-based components that allow for precise, stable and safe deceleration or stopping of a motor vehicle. The traditional market for brake systems has been comprised primarily of hydraulic disc and drum brake mechanisms. However, the shift in the automotive brake system market toward advanced technologies, such as anti-lock braking systems (ABS), electronic stability control (ESC), electronic brake-force distribution, regenerative braking and brake-by-wire systems, has been nothing short of incredible. The changing dynamics of this market are the result of increasing regulatory requirements, as well as electrification, light weighting and consumer demand for smarter, safer and software-enabled brake systems. As automotive original equipment manufacturers (OEMs) strive to improve performance and be more sustainable, brake system manufacturers are focusing on modular, predictive and electronic-heavy brake systems which will allow for the development of advanced technology braking solutions at a rate much faster than the legacy automotive timeline previously anticipated.
Automotive Brake System Market- Market Dynamics
Regulatory Push & Rising Safety-System Adoption
Globally, safety standards and regulatory frameworks continue to stimulate the adoption of advanced braking systems. According to various industry sources, approximately 36% of all vehicles manufactured globally will be equipped with Anti-Lock Brake Systems (ABS) at the time they leave the factory. In Asia-Pacific, which is expected to be a leading area of growth, approximately 44% of all new vehicles will include ABS as standard equipment. In addition, many jurisdictions across the world that produce heavy-duty trucks and other commercial vehicle fleets are mandating the use of ABS, Electronic Stability Control (ESC), and other advanced braking systems; thus, increasing the demand for these products. In contrast, approximately 78% of the total number of vehicles with ABS globally are passenger cars and trucks; therefore, the majority of demand for ABS/ESC (and other electronic braking) features are being driven by consumer awareness in both developed and developing markets. Consequently, brake system OEMs and brake system suppliers are increasingly being called upon to provide them with advanced braking system hardware and electronics for use on various types of vehicle segments.
The Global Automotive Brake System Market is segmented on the basis of Material, Actuation Mechanism, Application, Type, Vehicle Type, Technology, and Region.
In terms of Type, the automotive brake systems market can be segmented by brake type into Disc Brake, Drum Brake, Electric Parking Brake, and Regenerative Brake Modules. Among these four categories, disc brakes dominate in terms of technology and market share with over 60% of all newly manufactured vehicles worldwide as reported by automotive parts associations worldwide. The advantages of disc brakes include superior thermal management, less performance variation or "fade", consistently good pedal feel, and support for advanced safety devices (including ABS/ESC). As a result, almost every model of passenger vehicle has been manufactured using this type of brake. Because of their advantages over other types of brake technologies and because of advances in manufacturing techniques and materials used in the production of modern vehicles, original equipment manufacturers (OEMs) are increasingly producing disc brake products that feature ventilation holes. slotted discs, and lightweight composite designs. As the market for electric vehicles continues to grow rapidly, so does the demand for new disc brakes designed to operate under much greater thermal loading conditions than traditional disc brakes, ensuring continued growth in the direction of this brake type.
Based on application, the Parking Brake segment is an application-specified mechanical holding segment. Traditionally, parking brakes were manual lever-type devices. Electronic Parking Brakes (EPB) are becoming the primary technical driver for parking brake systems and account for about 20 to 25 percent of all newly manufactured cars worldwide (according to community-organized automotive standardization entities). EPB systems provide substantial benefits to drivers (such as ergonomic convenience) and decrease cabin space requirements while providing a seamless integration path for autonomous operation and hill-assist systems. EPB also play a role in vehicle security through the automated application of rear brake assemblies when the vehicle is powered off. In the commercial vehicle segment, mechanical parking brakes dominate because of their reliability in holding significant loads and robust design. With increasing emphasis on automation by OEMs, wire-actuated and motor-on-caliper technologies are becoming more common, which will lead to the creation of many more value-added subsystems from parking brakes over time as part of the overall vehicle brake system.
Automotive Brake System Market- Geographical Insights
The Asia-Pacific region is poised to be the leader for the adoption of brake systems, driven by both significant vehicle production volumes and rapid safety technology adoption rates. As reported by OICA, the Asia-Pacific produces over 50 million vehicles annually, which is more than 50% of total global production, and the large scale of vehicle manufacturing in this region is creating increasing demand for advanced brake platforms. Additionally, this region is leading the way in regards to electric vehicle adoption, with the combined IEA number of approximately 9 million electric/hybrid vehicles sold annually in China, Japan, and South Korea. With the increasing use of electric vehicles, the demand for regenerative brake modules, brake by wire systems, and electronic parking brakes (due to both energy recovery and software control for electric powertrains) continues to grow. Additionally, regulatory tailwinds are also driving change. India's ABS mandate for all new vehicles, the implementation of GB/T braking performance standards in China, and the alignment of ASEAN with ECE braking regulations by aligning with those standards creates a massive push for OEMs to implement ABS and ESC on all vehicles manufactured in the region as well as a shift in front disc configuration based on performance. These various structural elements have contributed to the rapid evolution of the Asia Pacific braking technology ecosystem compared to other regions of the world. China is at the centre of the Asia-Pacific braking system technology evolution, based on the immense volume of vehicle production and the aggressive implementation of electrification policies. Based on OICA data, China alone produces over 27 million vehicles a year, giving it the largest automotive manufacturing base worldwide. The significant automotive manufacturing volume in China directly correlates with the growing demand for brake pads, rotors, calipers, hydraulic modules, and, as time passes, electric braking systems.
China Automotive Brake System Market- Country Insights
China is the world leader in terms of electric vehicle adoption, with IEA estimates for 2023 indicating that over 6.2 million electric vehicles have already been sold this year in China, representing over 50% of total global electric vehicle sales. This single factor is what is driving the fastest adoption of regenerative brake modules, blended brake control strategies, and actuator control systems integrated into vehicle software. The adoption of these systems will help reduce accidents, improve braking performance, and improve the user experience. Regulatory forces are also driving these changes. China's GB 21670 and GB 12676 braking standards provide specific guidelines on braking distance, fade resistance, and system calibration, resulting in OEMs to develop vehicles that will integrate high-precision ABS and ESC systems into their vehicles. In addition, MIIT has recently indicated that over 95% of new passenger vehicles produced in China now come equipped with ABS systems; thus, nearly all new passenger vehicles manufactured in China will be equipped with ABS. Therefore, the trends are firmly establishing China as the leading force driving the technology and volume in the Asia-Pacific braking system landscape.
The automotive brake system market is heavily influenced by and strategically positioned by Akebono Brake Industry Co., Ltd., ADVICS Co., Ltd., Aisin Corporation, Aptiv PLC, Brembo S.p.A, Knorr-Bremse AG, Continental AG, ZF Friedrichshafen AG, Robert Bosch GmbH, Hitachi Astemo Ltd., and WABCO (ZF CVS). As a result, these companies are in a strong position to compete against each other through their innovative approaches to developing disc brake technology, brake-by-wire architectures, regenerative braking, and electronic stability systems. The widespread adoption of ABS, ESC, and electronic parking brakes has prompted manufacturers to invest in advanced actuators, lightweight composite materials for rotor manufacturing, and software to manage braking systems. Throughout the automotive brake system supply chain, suppliers are forming partnerships with original equipment manufacturers (OEMs) to jointly develop the next generation of braking systems that will be designed specifically for hybrid and electric vehicles. Several mergers and acquisitions have also occurred and will likely continue to do so as companies try to expand their product offerings for friction materials, electronic control modules, and modular brake systems. The use of artificial intelligence (AI) for predictive maintenance, sensor-based wear diagnostics, and digital calibration software will continue to change many aspects of the automotive brake system market. As global regulations become more stringent regarding safety, emissions, and braking performance, the competitive landscape will be characterized by continued growth in technology innovation and the trend to create integrated mechatronic systems, as well as increased competition to develop more reliable, efficient, and intelligent braking systems for the future of mobility.
In July 2025, ZF Friedrichshafen AG announced that it will supply its Electric Park Brake (EPB) system to a major global passenger-car OEM's newly launched EV platform marking a key production contract in the EV segment.
In October 2025, ZF opened a new manufacturing plant in Wuhan, China expanding production capacity for EPB systems and adding a next-generation brake-by-wire (caliper) line. The facility is accredited as a "first-level national green factory," aligning smart-mobility brake innovation with sustainable manufacturing standards.
In April 2025, Brembo S.p.A. partnered with a premium EV automaker to supply high-performance brake calipers for its forthcoming SUV reflecting Brembo's pivot from legacy mechanical brakes toward high-performance braking solutions tailored to high-power electric vehicles.