Delray Beach, FL, March 02, 2025 (Globe Newswire) – The Global Haptic technology market The size is estimated at 3.9 billion USD in 2022 and is expected to reach 5.0 billion USD by 2028, increasing to a TCAC of 3.7% during the forecast period from 2022 to 2028.
The haptic technology market is experiencing significant growth, driven by increasing demand for immersive user experiences in various sectors, including games, virtual reality (VR) and mobile devices. As consumers are looking for more and more more interactive and engaging content, haptic feedback systems – designed to provide tactile sensations – become essential to improve user interfaces and overall satisfaction. The main trends influencing this market include the integration of haptic technology in smartphones and portable devices, allowing users to undergo more intuitive notifications and interactions. In addition, the progress of force feedback and movement simulation propel the adoption of haptic solutions in industries such as health care, where they are used in surgical simulations and training.
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Explore the main players in the haptic technology industry:
- Texas Instruments Incorporated (US),
- Johnson Electric Holdings Limited (China),
- AAC Technologies (China),
- TDK Corporation (Japan),
- Microchip Technology Inc. (United States) and among others.
Dynamics of the haptic technology market:
Driver: the growing integration of haptic technology in consumption devices
Haptics is widely used in consumption devices to improve the sensation, performance and overall contribution of the precision of the touch screen. The growing use of consumption devices such as portable devices, smartphones, tablets, smart homes and virtual reality equipment is a major factor contributing to market growth. Since most consumption devices are tactile contact devices integrated into haptic, demand for haptic solutions should increase considerably over the next five years.
Opportunity: growing applications of haptic technology in the aerospace and defense industry
The adoption of outdoor haptics has increased in several industries, such as aerospace and defense. It is planned to be used in simulated pilot or virtual flight decks to overcome the high cost and ineffectiveness with which most airlines are faced. Outdoor haptic feedback technology will allow drivers to focus on other operations such as the cockpit screens and other monitors who hang attention, even if it means attracting the attention of the window view. In addition, Haptics also has the potential to improve environmental safety, the quality of pilot training and flight experience for the pilot and passengers.
Challenge: High energy consumption in haptic comments
One of the main challenges that market players face is consumption of high haptic feedback power. The haptic mechanism in phones drains the battery, preventing users from obtaining tactile feedback advantages. The whole battery power supply is necessary to run the engine, which triggers haptic feedback leading to high power consumption. This should hamper the growth of HEPTIC technologies suppliers. The eccentric rotary mass (ERM) consumes a higher energy rate than the linear resonance actuator (LRA).
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Haptic technology market growth
The haptic technology market is witnessing significant growth, fueled by its expanding applications in sectors such as consumer electronics, automotive, health care and games. The growing demand for immersive user experiences in smartphones, tablets and portable devices is a major engine of market expansion. In addition, progress in strength feedback technology and the integration of haptics into virtual and increased reality systems more accelerate growth. The automotive sector also uses haptic technology to improve drivers safety through touch -up comments in touch screens and control systems. Despite challenges such as high costs and complex integration, current research and development efforts should stimulate innovation and improve affordability, contributing to sustained market growth.
Haptic technology market
The future of the haptic technology market seems promising, with continuous progress in ultrasonic and mid-air haptics to revolutionize user interaction in several sectors. Emerging applications in metovers, robotics and medical simulations will further expand the market, providing more precise and immersive tactile feedback. Innovations in artificial intelligence (AI) and automatic learning (ML) should improve haptic feedback systems, which makes them more reactive and adaptive to user behavior. While industries are prioritizing the commitment and automation of improved users, the demand for sophisticated haptic solutions will continue to grow, opening the way to new breakthroughs in interfaces and virtual experiences based on touch.
