The market is expected to rise as a result of the aviation industry's tremendous growth and the increased need for sufficient friction testing to prevent dangerous accidents on runways. The market is expanding as a result of the increasing number of runway crash occurrences in recent years, which has increased the demand for airport friction testing to offer passengers with the maximum level of protection. There is a great demand for airport friction testers due to the growing worry over the amount of available friction between the runway surface and aeroplane tyres under particular conditions, such as when there is snow, water, or muck on the runway.
The market for airport friction testers can be significantly impacted by a recession. The market for friction testers may decline during a recession since airport operators and airlines may spend less on capital equipment and focus more on operating costs. The need for friction testers may also be lowered during a downturn in the economy because airports may decide to postpone or reduce their investment in new infrastructure projects. The general health of the aviation sector and the level of investment in airport infrastructure are directly related to the need for friction testers.
Increased Demand for Air Travel to Boost Market Expansion
The market for airport friction testers is significantly influenced by the rising demand for air travel. There is strain on airport infrastructure to keep up with demand as more people choose to travel by air, which results in more flights and larger aircraft fleets. The runway, which must be properly maintained and in good shape to facilitate safe aircraft operations, is a crucial component of airport infrastructure. Airports must make sure their runways are in good condition to manage the increasing traffic as demand for air travel rises. Airport friction testers can help with this by evaluating the state of the runway surfaces and pointing out any spots that need repair. Airports can guarantee that aircraft can take off and land safely even in bad weather by utilising friction testers to assess the runway's surface friction.
High Cost of Airport Friction Tester to Limit Market Growth
The airport friction tester market is significantly constrained by the high cost of friction testers. Friction testers can be pricey, especially the more complex models that employ cutting-edge technology to deliver accurate and consistent data. The market's growth may be constrained by this high cost, which can be a considerable barrier to entry for smaller airport operators. The technology used by friction testers is one of the factors contributing to their high price. Modern friction testers use high-precision sensors, complex data collection and analysis software, and other advanced features to offer exact and reliable measurements of runway surface friction. Because the development and production of this technology can be expensive, the cost is often passed on to the consumer in the form of higher costs. The robustness and endurance of friction testers is another aspect that raises their price. Friction testers must be able to survive inclement weather, soaring temperatures, and frequent use; this necessitates the use of premium components and building methods.
Based on type, the airport friction tester market is segmented into Vehicle-mount, Towed and Walk-behind. The vehicle-mount category dominated the market in 2022. A particular kind of airport friction tester called a vehicle-mount friction tester is used to assess the coefficient of friction on runway and taxiway surfaces. Large parts of the runway can be rapidly tested since the tester is often mounted on a specialised vehicle that can be driven on the runway surface. Mechanical, electrical, and optical sensors are some of the technologies used by vehicle-mounted friction testers to assess friction levels.
Based on application, the airport friction tester market is segmented into Airport, Station, Port and Other. The airport category dominated the market in 2022. Due to their enormous volume of air traffic and strictest safety rules, airports are the main users of airport friction testers. Airports are obliged to test and maintain these surfaces on a regular basis to ensure compliance with the International Civil Aviation Organization's (ICAO) and other regulatory organisations' rigorous guidelines for friction levels on runway and taxiway surfaces. Airports use friction testers to measure the coefficient of friction on the surfaces of the runway and taxiway, which can change depending on the weather, the type of surface, and contamination. Airports can lessen the risk of accidents by using these metrics to check that the runway surfaces are safe for aircraft to take off and land on.
Asia Pacific is projected to hold the largest share of the airport friction tester market over the forecast period because of the quick development of the airport infrastructure and the rising demand for airport friction tests. Furthermore, the rapid increase in smart infrastructure development in countries of the Asia Pacific such as China, Japan, and India are supporting the high adoption of airport friction testers. Growing safety concerns have increased capital investment in the area, which is projected to boost economic prospects in the future ten years. On the other hand, the North America airport friction tester market is anticipated to grow significantly. The demand for dependable and precise friction testing equipment is fueled by the region's advanced airport infrastructure and intense attention on aviation safety. With a developed airport network that includes some of the busiest airports in the world, the United States is the largest market in North America for airport friction testers. The nation's airport operations are governed by a strong regulatory framework that requires routine friction testing of the runway surfaces.
LIST OF KEY COMPANIES PROFILED:
- FINDLAY IRVINE
- OLSENSE TECHNOLOGY
- SCANDINAVIAN AIRPORT AND ROAD SYSTEMS AB (SARSYS)
- SMETS TECHNOLOGY
|Market Size in 2022||USD 1.2 Billion|
|Market Forecast in 2030||USD 1.99 Billion|
|Compound Annual Growth Rate||7.5 %|
|Unit||Revenue (USD Million) and Volume (Kilo Tons)|
|Segmentation||By Type, By Application and By Geography|