|Base Year Market Size
|USD 8.80 Billion
|Forecast Year Market Size
|USD 12.31 Billion
|Fastest Growing Market
The global Wiper System Market size was valued at USD 8.80 billion in 2022. It is estimated to reach USD 12.31 billion by 2031, growing at a CAGR of 3.8% during the forecast period (2023–2031). Rain-sensing wiper systems are expected to boost due to the rise in the production of cars and as they improve vehicle safety by reducing driver attention caused by manual wiper activation during inclement weather.
A wiper system, often known as a windshield wiper system, is an important component in automobiles that removes water, snow, dirt, and debris from the windshield to provide a clear view for the driver. This technology is especially crucial during inclement weather, such as rain, snow, sleet, or fog, because it improves driver safety and lowers accidents caused by poor vision.
The wiper system market share is projected to expand at 6.3% CAGR due to a rise in the production of cars. Furthermore, the demand for rear wiper systems in the low-end automotive segment drives demand for these items. Rain-sensing wiper systems are expected to boost industry growth since they improve vehicle safety by reducing driver attention caused by manual wiper activation during inclement weather. Introducing these items is projected to boost industry growth during the predicted period significantly.
The worldwide automotive market is expanding, with rising car sales and manufacturing. As more automobiles are produced, a greater demand for wiper systems as standard equipment exists. According to data from the International Organization of Motor Vehicle Manufacturers (OICA), worldwide passenger car sales rebounded considerably in 2021, following a fall in 2020. In 2021, millions of new passenger cars will be delivered worldwide, increasing the demand for wiper systems in these vehicles. As global urbanization accelerates, more people are relocating to cities, increasing demand for personal vehicles. Because urban drivers rely on their vehicles for everyday commuting, wiper systems are critical for maintaining visibility in congested and frequently difficult traffic situations.
Furthermore, automakers must equip new vehicles with functional wiper systems to comply with severe safety requirements and standards. Toyota Motor Corporation and Weather News Inc. announced plans in November 2019 to execute a cooperative research test on the conditions of roads and surroundings in Japan, utilizing the operational status of windshield wipers and weather data. This collaborative endeavor aimed to investigate the relationship between wiper data from connected vehicles and weather data to detect events such as precipitation that could affect vehicle wiper operation. These laws ensure that wiper systems are standard equipment in newly built automobiles, which adds to demand. As a result, the wiper system market trend continues to evolve.
Developing and integrating modern technologies, such as rain-sensing wipers and adaptive wiper systems, can be technically challenging and time-consuming. Rain-sensing wipers employ optical sensors to detect rainfall on the windshield and modify the wiper speed automatically. These sensors must distinguish between raindrops and other particles for the wipers to respond effectively.
Electric vehicles (EVs) prioritize energy economy to increase battery life. Creating wiper systems that use less electricity while maintaining performance is a technical challenge. Furthermore, ensuring long-term reliability and ease of maintenance for complex wiper systems, including sensor cleaning and software upgrades, is a continuous problem. These challenges are projected to impact the wiper system market growth.
Sensors and automation are now used in advanced wiper systems to optimize performance dependent on environmental conditions. Rain-sensing wipers, for example, employ optical sensors to detect precipitation on the windshield and modify the wiper speed accordingly. This technology improves driver comfort and safety. Wiper blades are being developed by manufacturers employing sophisticated materials to improve durability and lifetime. For example, wiper blades made of silicone are well-known for their resilience to harsh weather conditions and long-lasting performance.
Furthermore, heated wiper systems minimize ice and snow accumulation on wiper blades and the windshield, ensuring good visibility in cold weather. Regions with frigid winters, such as North America, Europe, and portions of Asia, stimulate demand for these systems since drivers need reliable winter weather solutions. Many carmakers worldwide offer automatic wipers in their mid to top-tier variations of vehicles to get an advantage over their competitors. For example, Ford will launch its tiny Hatchback Focus in the United Kingdom in March 2022. In the mid and top Titanium models, rain-sensing wipers are standard. Therefore, the wiper system market insights reveal that technological advancements might lead to the market's significant growth.
The global wiper system market analysis is conducted in North America, Europe, Asia-Pacific, the Middle East, Africa, and Latin America.
Asia-Pacific is the most significant global market shareholder. GDP growth has had a favorable impact on discretionary money, which allows people to buy cars. As a result, it boosts automotive production in this region, hence increasing demand for these items. Because of its greater vehicle sales, China holds a substantial portion of the automotive wiping systems industry. This can be attributed to their expanding population, driving up automobile purchases. Because of their huge demand for automobiles, China and Japan dominate the Asia-Pacific automotive airbag industry. China, leading the world in vehicle sales, has sold over 21 million passenger automobiles.
Furthermore, being an expanding country, India has a high demand for automotive wiping systems due to rising sales of passenger cars, notably electric vehicles. In 2019, 3.8 million passenger automobiles were sold, roughly 6,000 being battery-electric vehicles. Furthermore, compared to 2020, the number of battery electric vehicles sold in 2021 jumped by 110%. Furthermore, connected cars and smart vehicles are gaining traction in Japan. Automobile wipers are also becoming smarter, with advanced driver assistance systems (ADAS) and sensors that detect rainfall intensity and alter wiping speed accordingly.
Europe is anticipated to Grow over the forecast period. Europe substantially contributes to industry growth because numerous vehicle manufacturing businesses serve regional and international markets. The use of high-quality wiper systems that comply with safety rules is encouraged in the European market. Germany's automobile industry and engineering capabilities are garnering international acclaim. German automobiles have become identified with innovation, safety, dependability, and design traits, garnering appreciation from Asia to America.
Furthermore, Germany has Europe's largest vehicle production and sales market. German engineering skills and the automobile industry are becoming more well-known worldwide. German automobiles are known for their inventiveness, safety, dependability, and design and have won acclaim on all seven continents. Robert Bosch will release an improved version of its famed Aerotwin Wiper in April 2021. This version includes a new AeroClip adaptor optimized for maximum aerodynamics. The revolutionary design increases contact pressure between the wiper and the windshield, improving wiping performance even at high speeds. German automakers stress safety and aim for greater driving experiences by providing such advanced wiper technology.
The North American market is expected to develop at the quickest CAGR. A higher living level and more disposable cash have influenced the region's demand for automobile wipers. These factors will drive the vehicle wiper system market in the coming years. Furthermore, the company will gain from the country's growing population in the next years. The rise of electric mobility is driving exceptional growth in the market for plug-in electric and hybrid automobiles in the United States. This boom in the sector has also spurred several electric vehicle (EV) manufacturers to take advantage of technological improvements to introduce highly efficient wiper systems. Tesla received a patent in 2021 for using a laser to clear debris from its vehicles, including its use as a windshield wiper. When the concept for this breakthrough was first conceptualized in 2019, the groundwork was laid. According to the 2019 blueprint, laser beams clean windshields and remove filth, dirt, and pests from other surfaces.
|By Wiper Blade Type
|By Vehicle Type
|Valeo Nippon Wiper Blade Co. Ltd. Magneti Marelli S.p.A Robert Bosch GmbH HELLA GmbH & Co. KGaA Federal Mogul Motorparts LLC. Am Equipment DOGA SA Mitsuba Corp. Pilot Automotive B.Hepworth Company Limited.
|U.K. Germany France Spain Italy Russia Nordic Benelux Rest of Europe
|China Korea Japan India Australia Singapore Taiwan South East Asia Rest of Asia-Pacific
|Middle East and Africa
|UAE Turkey Saudi Arabia South Africa Egypt Nigeria Rest of MEA
|Brazil Mexico Argentina Chile Colombia Rest of LATAM
|Revenue Forecast, Competitive Landscape, Growth Factors, Environment & Regulatory Landscape and Trends
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The global wiper system market is segmented based on technology, wiper blade type, component, vehicle type, and region.
Technology is further segmented into Rain-sensing and conventional.
Conventional technology currently holds the major share of the market.
Conventional wiper systems are seen in older automobiles and some basic versions. They are also known as intermittent wipers. These systems allow for human control of wiper speed but lack automatic rain sensing.
Rain-sensing wiper systems, also known as automatic wiper systems, are intended to provide convenience and safety by automatically altering wiper speed in response to the severity of rain or precipitation detected on the windshield.
Based on the wiper blade type, the market is sub-segmented into Standard Wipers, Beam Wiper, and Hybrid Wiper.
Beam Wiper influenced the market growth.
Beam wiper blades, also known as flat wiper blades, are a more contemporary and aerodynamic shape. Beam wiper blades lack a metal frame, reducing the possibility of ice and snow buildup in the winter. They are one-piece, streamlined designs that fit the curve of the windshield. Beam wiper blades apply consistent and uniform pressure along the whole blade length, resulting in better wiping performance and less streaking.
For many years, standard wiper blades, also known as classic or conventional wiper blades, have been a staple in the automotive industry. Standard wiper blades are frequently less expensive than sophisticated equivalents, making them popular among frugal consumers.
Based on components, the market is fragmented into Windshield wipers, motors, and rain sensors.
Windshield wiper accounts for the largest market share.
Windshield wipers are the most apparent component of the wiper system, and they are responsible for physically wiping away rain, snow, mud, and debris from the vehicle's windshield, rear window, or other surfaces, depending on the vehicle's design. Windshield wiper demand is closely related to vehicle production and aftermarket replacement. The windshield wiper industry is experiencing consistent demand as more automobiles are built, and older ones require replacements.
Wiper motors are the mechanical components that drive the movement of the wiper blades on the windshield. They provide the necessary force and motion for the wipers to sweep across the windshield.
The segment can be further bifurcated by vehicle type into commercial and passenger vehicles.
Passenger vehicles led the market growth.
Passenger vehicles include automobiles, SUVs, hatchbacks, sedans, and other vehicles primarily meant to transport passengers rather than goods or cargo. The passenger car category is often the greatest market for wiper systems. This is because far more passenger automobiles are on the road than business vehicles. As a result, wiper system manufacturers frequently devote a significant percentage of their output to addressing the needs of this market sector.
Commercial vehicles include a wide range of vehicles used for business or transportation. This category contains trucks, vans, buses, and other vehicles transporting products, passengers, or both.