The Asia-Pacific (APAC) automotive market is entering a new phase where electric parking brakes (EPBs) are shifting from premium options to mainstream features. As vehicle electrification accelerates across the region, EPBs are emerging as a strategic enablers for manufacturers and consumers alike — reducing packaging constraints, simplifying vehicle architectures, and aligning with broader safety and convenience expectations in APAC markets. Against this backdrop, the APAC automotive electric parking brake market is forecast to record a compound annual growth rate (CAGR) of 1.4% over 2025-30, according to GlobalData, a leading data and analytics company.
GlobalData’s latest report, “Global Sector Overview & Forecast: Braking Systems Q3 2025,” reveals that the APAC electric parking brake market is poised to grow from an estimated volume of 19.5 million units in 2025 to 20.9 million units in 2030.
Madhuchhanda Palit, Automotive Analyst at GlobalData, comments: “Several converging forces are driving EPB adoption across APAC. The region’s rapid shift toward electric and hybrid powertrains demands electronic control systems that are fully compatible with battery architectures; EPBs fit naturally into those architectures. The rising electrification trend in the region is also driving the market for electric parking as it comes as a standardized feature. Consumer preferences for convenience—remote operation, one‑touch parking, and seamless integration with driver assistance features—also support EPB rollout. Meanwhile, falling costs for electronic components, advances in sensor and software algorithms, and improving reliability have made EPBs a cost‑effective option for mass‑market vehicles.”
In APAC, structural forces are converging to drive considerable adoption of EPBs. The rapid shift toward electric and hybrid powertrains demands electronic-first architectures that naturally accommodate EPB systems. Government policies promoting electrification, rising consumer awareness of sustainable mobility, and the region’s aggressive urbanization all reinforce the case for electronic controls. At the same time, falling costs for sensors, actuators, and software have made EPBs economically viable for a wider set of vehicle segments across APAC. Consumer appetite for convenience — one-touch parking, remote activation, and integrated Auto Hold — further incentivizes OEMs to standardize EPBs, particularly in congested urban markets where stop‑and‑go traffic and hill-start scenarios are common.
Furthermore, technological progress in actuators, sensor fusion, and control software is central to scaling EPB uptake in APAC. Manufacturers are focusing on compact motor designs and robust calibration strategies that perform reliably in diverse climatic and road conditions across the region. Importantly for APAC, scalable EPB architectures that allow cost-efficient localization and integration with telematics will accelerate adoption across both mass-market and premium segments.
Palit concludes: “EPBs are set to play a significant role in shaping the future of the APAC automotive market. Their alignment with electrification, urban mobility needs, and consumer expectations positions them as more than a convenience feature — they are a building block for software-defined, safety-forward vehicles.”
