Rotary Wing
Narrow body fixed wing aircraft seating market to register highest CAGR over 2019-2025
Global aircraft seating market size has witnessed considerable expansion in the recent decades on account of increased air travel, innovation in seating design and ambitious expansion goals of airlines. Airlines have also been increasing the demand for aircrafts where seats are narrower and closer together so that more passengers can be accommodated on each flight.
Recently, a lawsuit was raised against the Federal Aviation Administration about the closeness of seats and the risk this poses to passenger safety in case of an emergency evacuation. But the agency found that evacuation risk is caused by the width of the exit rather than closeness of seats and therefore no regulations have been imposed on the tightening width or proximity of seats on airplanes. Airlines have registered record levels of profitability in recent years due to more seats per plane and also due to greater percentage of seats being occupied, which has substantially raised aircraft seating market share.
U.S. Aircraft Seating Market, By Class, 2018 & 2025, (USD Million)
As air travel becomes more affordable and convenient, with a burgeoning number of travelers choosing to fly instead of availing other modes of transportation, commercial airlines are seeking ways to increase their revenue. Services which were previously included with the air fare are therefore now being charged separately and aircraft seating capacity is being increased to accommodate more passengers per flight.
The global aircraft seating market trends is highly influenced by the rising passenger traffic and aircraft seating manufacturers are coming up with new designs that will have a substantial impact on the industry revenue. For instance, the Italian aircraft seat manufacturer Aviointeriors recently designed and demonstrated its saddle seats named SkyRider 2.0 with high backs and narrow seats. The seats are so designed to help increase airline seat numbers and achieve ultra-high density.
The new types of airline seats offer many benefits to airlines. Not only do they increase profits for airline companies by 20% but they are made to be 50% lighter than standard economy class seats thus enabling minimization of maintenance costs. The seats are being designed for short haul flights so as not to be too inconvenient to passengers who are becoming increasingly apprehensive with the trend of narrow seats and less leg room. However, the aircraft seating industry is also catering to the increased demand for luxury with a lie-flat seat.
Lie-flat seats had been available in premium cabins of many long-haul flights and on some Airbus A330 aircrafts. Airbus and French aircraft seat manufacturer Zodiac Aerospace have taken that idea further and are trying to introduce lie-flat berths in the A330 cargo compartment. Airbus and Zodiac are partnering to develop lower-deck modules that will be equipped with passenger sleeping berths fitted inside the aircraft’s cargo compartments. The modules will be beneficial to passengers on long haul flights such as from U.S. and Europe to Australian destinations.
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Of late, the demand for narrow body fixed wing segment has been depicting a commendable rise. This can be attributed to the rising requirement of low-cost air carriers worldwide. Not to mention, the excellent fuel economy in tandem with higher operational efficiency alongside robust enhancements in high wing load capacities will further impel narrow body fixed wing aircraft seating market share. As per estimates, narrow body fixed wing aircraft seating market size will depict the witness highest CAGR over the forecast timeline.
Aircraft seat manufacturers are aiming to design more seats that combine comfort with light weight so that not only the airlines, but the passengers are benefitted as well. For instance, at a recent Aircraft Interiors Expo, Recaro, the aircraft seat manufacturing giant presented new seat designs for economy class as well as concept seats for business class that amalgamate comfort with light weight. The seats are deigned to improve sleeping comfort on board and come up with features to improve body posture, reduce pressure points and allow changing of sleeping positions.
Increased drive for innovation in the aircraft industry will strengthen the case for revolutionizing seats in aircrafts in the years to come. As per estimates, aircraft seating industry size is anticipated to cross USD 18 billion by 2025.
Author Name : Paroma Bhattacharya
4 major factors influencing more electric aircraft market size in 2019 and beyond
Growing environmental concerns and a gradual rise in global air traffic have underscored the significance of more electric aircraft market, with aerospace companies working to improve fuel efficiency and lower maintenance costs. By utilizing electric power for every non-propulsive application, particularly to replace conventional power sources like mechanical, pneumatic and hydraulic, the more electric aircraft (MEA) concept has enabled considerable optimization of airplane performance.
U.S. More Electric Aircraft Market, By System, 2018 & 2025, (USD Million)
Over the past several years, airplane OEMs and parts suppliers have collaborated to develop and integrate numerous electrical components, from flight control and power distribution solutions to air pressurization and conditioning systems. MEA industry has witnessed continuous investments being directed towards research and development efforts, ensuring the most advanced aircraft parts are made available for new planes being assembled. Adopting electrical systems allows for minimizing movable parts in a carrier and improve its reliability, while trimming down life cycle costs.
Enlisted below are four prominent factors fueling the growth of more electric aircraft industry size:
- More electric aircraft for sustainability: Essentially, the remarkable weight reduction achieved by replacing a large number parts with smaller electrical systems has primarily reinforced more electric aircraft industry size. Air traffic is responsible for just around 2% of global CO2 emissions every year, but this number will only grow as the tourism sector and international trade expands. Since only modifying engine and the body of aircrafts will not be sufficient to mitigate the emission risks, electrification signifies a crucial opportunity to achieve sustainability targets.
The International Civil Aviation Organization had set a goal of becoming carbon neutral by the year 2020, going on to reduce carbon emissions by 50% in 2050 as compared to 2005 statistics. Undoubtedly, more electric aircraft market size will observe a tremendous rise the years to come due to the product’s vital role in alleviating global warming concerns.
- Increased demand for new airplanes: The consistent increase in air traffic has encouraged airlines to expand their domestic and international fleets, amplifying the number of purchase orders that manufacturers like Boeing, Airbus and Embraer have received. Reportedly, there were nearly 212,900 general aviation airplanes in the U.S. in 2018, with deals for hundreds of news planes already being signed between manufacturers and airline companies.
For instance, Boeing alone had bagged a total of 893 orders worth US$143.7 billion in December 2018, implying the continuous expansion of the aerospace sector and the vast potential existing for more electric aircraft market. Apparently, a surge in defense expenditure by developed as well as emerging economies has also influenced the demand for new aircrafts, representing a critical application area for implementing novel MEA systems.
- Developments in more electric aircraft industry: Boeing could be considered as a pioneer in MEA with regard to commercial airplanes, with its 787 Dreamliner leading the way in replacing traditional components like pneumatic bleed-air systems with electric motor-based compressors. The manufacturer claims that using electrical power leads to reduced power extraction from engines by up to 35%, where pneumatic systems diverted unnecessary or excess power from engines and lowered their trust capacity.
Another key player in more electric aircraft industry, Honeywell Aerospace, has developed an electric power distribution system for accurately managing and protecting electrical loads in an airplane. It enhances the safety, fuel efficiency and reliability of the aircrafts, along with cutting operational expenses. Separately in the defense sector, Lockheed Martin has demonstrated the potential of MEA through its F-35 Lightning fighter, which is rapidly gaining traction amongst military agencies worldwide.
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- Future prospects for more electric aircraft: It is believed that key technological changes taking place in large commercial aircrafts will pave the way for reliable all-electric planes, which would need to have considerably lower weights and minimum dependency on mechanical or pneumatic systems. In 2018, the U.K. government committed £255 million (US$323.5 million) towards developing greener aircraft technologies. Several airplane makers, including Airbus, would benefit from these funds and work to build hybrid-electric and electric propulsion systems, energy storages devices and other components.
Increasing the power of electrical systems in aircrafts is the main driver boosting more electric aircraft market size, indicating that tomorrow’s planes will have a much lesser environmental footprint and would be simpler to maintain. The industry is poised to accrue significant revenues from manufacturers looking for advanced power generation and distributions systems as well as fuel-saving technologies for cabin pressurization and air conditioning. Reports estimate that more electric aircraft industry size would exceed a global valuation of over US$45 billion by 2025.
Author Name :Pankaj Singh
Aerospace cold forgings market to gain massive impetus through the burgeoning expansion of the global aviation sector, North America to crop up as one of the most profitable regional grounds by 2025
With the stellar growth of the aviation industry, the aerospace cold forgings market is anticipated to record inevitable expansion in the years ahead. Current affairs indicate such a trend as well when in 2019, British Airways placed a massive order for 42 Boeing 777 jets. The deal comes at a time when IAG, which also owns other airlines like Aer Lingus and Iberia, said that the net profits for the group soared by 45% to €2.9 billion due to lower costs and higher passenger numbers.
U.S. Aerospace Cold Forgings Market, By Application, 2018 & 2025, (USD Thousand)
On the other hand, Airbus has been setting wheels in motion to assemble its latest A330neo wide-body jet in China. The company is trying to capitalize its business in the world’s fastest-growing aviation markets. China itself is not far behind in the race and has already tested the first China manufactured full size commercial aircraft in 2017, a line that is anticipated to rival giants like Boeing and Airbus. Considering such a widespread growth in the aerospace manufacturing industry, it can be very decidedly concluded that the aerospace cold forgings market will earn substantial profits as the industry mainly deals in the manufacturing of airframes, landing gears and nacelles.
Advancement in forging technology has helped in the expansion of shapes, sizes and properties available in forged products to meet the demand for a variety of design and performance requirements. In case where strength, economy, reliability and resistance to shock and fatigue are vital considerations, reliable forgings are indispensable. Forged materials are specialized to offer high or low temperature degree of ductility, performance, hardness and machinability.
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To present a brief overview of the burgeoning aviation industry and therefore the expanding aerospace cold forgings market, it is necessary to demonstrate the air travel pattern observed across the globe. Air travel has growth exponentially in the Asia Pacific region which would present the aerospace cold forgings industry with unprecedented opportunities and challenges. A staggering 3.8 billion air travelers had been reported by Air Transport Association (IATA) to have travelled in 2016 and this number has been predicted to reach 7.2 billion passengers by 2035 with most of the boost coming from Asia Pacific. China is set to overtake the U.S. as the largest aviation market in the world by 2024 while India will displace the U.K. at the third place near 2025.
One of the reasons contributing to this growth is the emerging middle class. Though the proportion of middle class in these countries are comparatively smaller than those found in more mature economies, the absolute numbers are still enormous. The upsurge in middle class households with more disposable incomes has naturally drawn people towards air travel. According to Boeing, over the next two decades 39,000 aircrafts would be in demand and at least 15,000 of these would be deployed in Asian markets with China set to become a trillion-dollar aviation market. Low cost airlines like AirAsia, Jetstar Asia, and Cebu Pacific are also another factor attributing to the rapid growth of air travel in Asia, not to mention the massive millennial population. It has been estimated that people of working age tend to fly most frequently as that saves them time.
The fact that aerospace cold forgings market stands to gain in Asia has been underlined by the recent event where Bamboo Airways of Vietnam ordered ten 787-9 Dreamliners from Boeing while VietJet ordered one hundred 737 Max planes. While the former order was priced at $3 billion, the latter came with a price tag of $12.7 billion. Remarkably, the orders come at a time when President Donald Trump of the United Sates, had been visiting Vietnam to meet with the North Korean leader, Kim Jong-Un.
Apart from APAC however, North America also stands as one of the most vital regional contributors to the global aerospace cold forgings industry. As per reports, North America aerospace cold forgings market will register a highly exponential growth rate over 2019-2025, driven by the rising presence of numerous aircraft manufacturers in the region in conjunction with the increasing demand for aircrafts subject to the enhanced service portfolio of low cost carriers. Equally important is the fact that U.S. regulators recently approved Vietnam’s air-safety system, making its airlines eligible to begin direct flights to the U.S.
With new areas of business opportunity opening up rapidly, the aerospace cold forgings market is anticipated to grow exponentially and will continue an upward trend over the coming years. As a matter of fact, the overall aerospace cold forgings industry size is anticipated to surpass USD 5.5 million by 2025.
Author Name : Paroma Bhattacharya
UAV-based attitude & heading reference system (AHRS) market to accrue substantial momentum over 2019-2025, North America to emerge as a significant remuneration ground
The growing focus on precision guidance, navigation and control in the aviation industry has led to the growth of the global AHRS market in recent years. A sensor-based device used to determine the orientation of a vehicle or the object it is integrated to, AHRS usage is critical mainly for aircraft that fly during darkness or under conditions of reduced visibility. The product is light weight, small sized and is equipped with self-correcting capability which has led to its prolonged application in business jets, turboprops, and piston-powered aircraft as well as in unmanned aerial vehicles (UAVs), human body motion tracking and more.
U.S. Attitude and Heading Reference System Market, By Type, 2018 & 2025, (USD Thousand)
In any navigation system, the product can continuously make small corrections by using periods of stable flight and reference attitude, thus improving features like autopilot and diminishing prolonged sessions of turbulence. Its commendable characteristics have overtly led to a robust upsurge in the product adoption in recent years, propelling AHRS industry trends.
The development of advanced technologies like micro-electromechanical systems (MEMS) is certain to boost the product penetration as well. AHRS is designed to replace traditional mechanical gyroscopic instruments and nowadays come with MEMS gyroscopes, magnetometers and accelerometers. Some AHRS also use GPS receivers to improve long-term gyroscopes stability thus offering OEMs high performance and lightweight portfolios. Additionally, the rising demand for such technologies in the UAV sector for commercial and military activities like surveillance, reconnaissance and target attacks has also stimulated the growth of the attitude and heading reference system industry.
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Rising popularity of UAVs to push AHRS market trends
Of late, military organizations are employing UAVs for mobile missions, especially in spying, monitoring and inspection scenarios. These autonomous vehicles demand precise stability and navigation for determining attitude angles in diverse environments. Although these angles can be measured using a conventional INS (inertial navigation system) system, modern AHRS MEMS technologies are offering low-cost, lightweight solutions to UAV developers, which are more appropriate in reducing embedded systems space and weight.
With real-time monitoring and provision for security and surveillance facilities, the AHRS market will certainly receive momentum from the escalating deployment of UAVs in the years ahead.
Another platform-based segment that is likely to gain traction in the AHRS industry is GPS. Indeed, GPS-based AHRS market is likely to accrue quite some profit in the years to come, given the product’s superior performance in navigation and positioning operations. Low cost, compact GPS AHRS systems are currently being used to track human body movements in indoor environments by estimation of the 3D orientation.
In addition to human tracking capability, GPS-centric systems provide efficient position estimates and compute longitudinal acceleration to help remove drift errors present in conventional AHRS. The benefits offered by the systems will enhance their penetration in the years ahead, subsequently impelling GPS-based AHRS market share over 2019-2025.
North America is anticipated to emerge as a pivotal revenue pocket for the global AHRS market, primarily on account of the rising demand for military UAVs. Increasing demand for business aircraft and surging air passenger traffic will further enhance the regional industry growth over 2019-2025.
According to the U.S. Federal Aviation Administration’s (FAA) forecast report, the U.S. carrier sectors profitability is anticipated to remain steady or increase due to improving economy in the coming years. Furthermore, the industry will command profitability by means of increasing demand for air travel and airfares due to rising disposable income. The presence of pivotal aircraft OEMs such as Lockheed Martin, Boeing and Northrop Grumman that have been focusing on the launch of advanced systems will also further propel the North America attitude and heading reference system market share.
The attitude and heading reference system, a sensor-based device that provides attitude information for aircraft, is cautiously designed to replace traditional mechanical gyroscope attitude systems and can effectively offer applications with enhanced correction capabilities. Technological advancements for improving accuracy and efficiency coupled with enhanced performance standards are likely to impel the industry trends in the years ahead. As per Global Market Insights, Inc., AHRS market size will surpass $455 million by 2025.
Author Name : Mateen Dalal
Aircraft evacuation market to be characterized by strict governmental safety protocols, escalating demand for ejection seats to impel the industry growth over 2019-2025
With augmented safety protocols in the aviation industry and rising technological advancements, aircraft evacuation market is expected to depict remarkable growth trends in the coming years. The aviation industry being highly vital to today’s economic growth, this business sphere is gaining immense traction to eliminate or minimize costly and tragic consequences. If reports are to be believed, the year 2018 recorded over deaths of more than 534 passengers due to commercial aircraft accidents. The death toll has been much worse the previous years.
U.S. Aircraft Evacuation Market, By Product, 2018 & 2025, (USD Million)
As per a report by the European Transport Safety Council, more than 90% of the commercial airplane accidents are technically survivable. Pertaining to same, stringent government regulations toward implementing advanced safety systems while emergency landing. A report by Global Market Insights, Inc., claims that the aircraft evacuation market is expected to become a billion-dollar business by 2025.
The report further claims that in terms of the product landscape, ejection seat is anticipated to witness remarkable investment trends over the coming years. Ejection seats are witnessing robust demand from the military and defense forces. Strict safety standards and inspection systems have provided a positive outlook for the product demand. An instance bearing testimony to the same is of the U.S. Air force’s contract with the leading aircraft evacuation industry players Martin Baker and United Technologies Aerospace Systems for the development and production of evacuation ejection seats.
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Moreover, the UK-based safety equipment and ejection seats manufacturer Martin Baker has also secured a new contract for delivering Mk18 ejection seat for its KAI’s (Korea Aerospace Industries) aircraft development program. The company will also be supplying escape systems for the KF-X, Republic of Korea Air Force’s new fighter.
It is prudent to mention that besides ejection seats, escape slides segment is also to set to propel the product landscape of aircraft evacuation market. Technological advancements in slide materials, operation techniques, and durability have significantly enhanced the product demand in the recent years. In order to cater to the rising demand of advanced evacuation systems, several airline & carrier companies are deploying or replacing old structures with new systems for enhanced safety features. With the rising demand for air carriers across the globe, OEMs are turning out as lucrative growth avenues depicting phenomenal commercialization trends for aircraft evacuation industry expansion. The segment growth is attributable to its ability to provide replacement, maintenance, and technical services for aircraft systems.
In 2016, an Estonia based aircraft maintenance company Magnetic MRO entered into a contract with Kazakhstan’s domestic flag carrier Air Astana to provide escape slide repair and overhaul requirements. The company added an escape slide evacuation workshop to its repair & maintenance services in 2014, as a part of a strategy to cater to the growing consumer base. The firm now boasts capabilities for Air Cruisers and Goodrich escape slides for Boeing aircraft types such as 757, 767,737 CL, and 717-200, as well as Airbus A320 Family aircraft. The OEM player also recently announced that it raised USD 9 million for acquiring one of its competitor and aims to expand rapidly in the competitive aircraft evacuation industry.
Taking into account the geographical landscape, Europe aircraft evacuation market accounted for significant share, given the robust expansion in the defense and commercial sectors of the regional aviation industry. Asia Pacific is also another lucrative region witnessing growing investment trends from aircraft evacuation industry players, given the increasing regional air travel rate. According to a report by IATA, APAC regions is witnessing an annual expansion rate of over 5.5% in passenger traffic, and is thus attracting investors to set up facilities and provide aircraft services.
The progressive growth of aircraft evacuation market is further set to witness advancement in systems such as introduction of RFID-based life vests. Additionally, with the rising penetration of top techs such as AI, blockchain, Internet of Things, and big data analysis, the global aircraft evacuation market is certain to traverse along a profitable growth graph in the ensuing years.
Author Name : Ojaswita Kutepatil
Aerospace landing gear market to derive commendable proceeds via commercial aviation over 2018-2024, surging MRO services to expedite the industry expansion
Over the recent years, the global aerospace landing gear market share has observed an exponential growth owing to a significant uptick in air passenger traffic and the consequent increase in the demand for lightweight aircrafts. Owing to the criticality of these subsystems, which support aircraft weight during landing and ground operations, the commercial airlines have focused on incorporating high-grade landing gears in the recent times. Moreover, the swift escalation in the number of commercial aircraft production across the world has emerged as one of the foremost factors to have contributed toward rapid growth of the aerospace landing gear industry.
U.S. Aerospace Landing Gear Market, By Position, 2013-2024, (Units)
Elaborating further, the U.S. based Boeing for instance, delivered an astonishing 763 commercial airplanes in the year 2017. Reportedly, the aerospace behemoth surpassed its previous delivery record set in 2015. In this context, it would be prudent to mention that 2017 was the seventh consecutive year that registered a decent increase in the delivery of commercial aircrafts by foremost manufacturers.
Apparently, the number of commercial aircraft deliveries stood at 1740 in 2017. This remarkable surge in the total fleet of the commercial airplanes, which was estimated to be around 31,000 worldwide in the same year, has been instrumental in establishing the prominence of commercial aircrafts in the aerospace landing gear market. In fact, the commercial aircraft space is projected to be the major growth segment in the overall aerospace landing gear industry in the upcoming years. Incidentally, commercial aviation held over 58% of the aerospace landing gear market share in 2017 and will emerge as a dominant segment by 2024.
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Concurrently, it has been observed that there has been a gradual uptick in the number of collaborations being formed between firms operating in MRO (maintenance, repair and operations) industry and various commercial microsatellites & orbital transportation service providers. Needless to mention, these collaborations have invariably boosted the commercialization scale of the overall aerospace landing gear market in the recent times. The U.S. headquartered Triumph Group for instance, has recently teamed up with a systems integrator specializing in microsatellite services, Sierra Nevada Corporation (SNC), to provide landing gear system for the Dream Chaser spacecraft.
In this regard, the agreement mentions that Triumph Group’s Washington based Integrated Systems business unit will work together with SNC to supply the main and nose landing gear to a lifting-body vehicle, the Dream Chaser. Reportedly, this spacecraft would be utilized to support NASA’s Commercial Resupply Services 2 project that is slated to resupply the International Space Station. The partnership is being increasingly termed as quite remarkable in the aerospace landing gear industry given that the contract further includes the supply of integrated actuation solutions for the landing gear and door systems which would be developed by both the firms.
Speaking in the similar context, numerous dominant commercial and defense aircraft manufacturers around the globe have continued assisting airline operators to leverage exchange offerings of landing gears and overhaul of performing equipment as well. Powered with a robust global network of repair service centers, these aircraft manufacturers are well-positioned to lower maintenance time and provide reliable landing gear repair services to major airlines. To cite an instance of the same, Boeing had declared the launch of its new landing gear exchange programs in 2014 for Air Canada’s 777-200LE (Longer Range) and 777-300ER (Extended Range) airframes.
As per the contract, the American aerospace behemoth had agreed to provide certified and fully overhauled landing gear shipsets for a total of 23 aircrafts belonging to the largest domestic and international airline in Canada. Apparently, such cost-effective offerings by prominent aircraft manufacturers have optimistically influenced and proliferated the aerospace landing gear industry space over the past few years.
The prominent aerospace regulating authorities such as Federal Aviation Authority and Civil Aviation Safety Authority have laid out strict guidelines to deploy advanced technologies including Radio-Frequency Identification and wireless sensor network to enhance operational safety of airplanes. Furthermore, the increasing adoption of advanced landing gear systems across major airlines would impel product penetration, cite analysts. Driven by a rapid increase in commercial aircraft deliveries coupled with the burgeoning air passenger traffic, the aerospace landing gear market is slated to grow at an exceptional pace in the years ahead. In fact, as per a research report collated by Global Market Insights, Inc., the revenue portfolio of aerospace landing gear industry is estimated to surpass USD 21 billion by 2024.
Author Name : Saif Ali Bepari
Ceramic-based aerospace insulation market to gain commendable remuneration over 2018-2024, R&D activities to strongly characterize the global industry landscape
In the recent years, global aerospace insulation market has been witnessing an exponential growth owing to the surging demand for light weight aircrafts equipped with lower thermal conductivity and enhanced safety. As per the recently published estimates of the International Air Transport Association (IATA), the worldwide demand for air travel incremented by 7.2 percent in October 2017 and the airline capacity increased by 6.2 per cent. To add to it, the foremost trade organization, representing some 275 airlines of the world, has predicted that the global airlines industry is set to garner a record profit in the year 2018, courtesy the recent upswing in developed economies and the burgeoning tourism sector, which would eventually contribute immensely to aerospace insulation market.
U.S. Aerospace Insulation Market, By Product, 2017 & 2024, (Tons)
Apparently, the rapid escalation in air passenger traffic has compelled the aerospace regulating authorities across various nations to prescribe stringent laws regarding the utilization of insulating materials by aircraft manufacturers to enhance the operational safety of the aircrafts. Consequentially, it goes without saying that the aforementioned factors are bound to impel the overall aerospace insulation industry over the forthcoming years.
Ceramics to emerge as a robust investment hub for aerospace insulation market contenders:
Concurrently, while contemplating upon the growth trajectory of aerospace insulation industry, which held a total remuneration in excess of 3 billion in the year 2017, it is rather imperative to cite the significance of insulating materials utilized in this business space. The insulating products utilized across various types of aircrafts include mineral wool, foamed plastics, fiber glass, and ceramic materials. Out of these, ceramics are anticipated to emerge as the most popularly used material, courtesy their high tensile strength, steep melting temperature, and impressive chemical inertness.
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According to estimates, ceramics are expected to account for more than 50% of the overall aerospace insulation market share by 2024. Elaborating further, this material has been witnessing remarkable research activities of late. With humongous resources being poured in the research and development of advanced ceramics, there’s no denying the impact ceramics would have on the aviation, space exploration, commercial, and defense sectors, which would further accentuate the growth prospects of global aerospace insulation industry. Following are a few instances that underline the prominence of ceramics in the overall aerospace insulation industry space:
- As per recent news reports, researchers from Harbin Institute of Technology, Lanzhou University and Purdue University in collaboration with the U.S. Air Force Research Laboratory, have cited the development of a new flame resistant, light weight, and ultra-elastic ceramic material which blends the nanolayers of aluminum oxide (a ceramic) with graphene. The latest ceramic, being called as “metamaterial”, is said to consist of an innovative honeycomb microstructure that equips the material to combine high tensile strength with enhanced thermal insulation and electrical conductivity, remnant of extensive applications that would impel the aerospace insulation industry share over the forthcoming years.
- Citing another instance, scientists of Tsinghua University, China and Brown University, Rhode Island have jointly developed a new ceramic material which is said to possess an exceptional capability to rebound back to its original form after compressing up to 50 percent. Furthermore, the latest ceramic can endure a high amount of temperature which makes it an ideal alternative to be utilized as a heat-resistant and flexible insulating material in aerospace insulation industry.
Speaking of the regional growth potential of aerospace insulation market size, Asia Pacific region is set to emerge as one of the most lucrative spaces owing to the rising demand for commercial aircrafts in countries like India, China, and Thailand. In addition, various governments of the region are strengthening R&D efforts by investing heavily in defense aviation sector. To cite an instance, the Indian government is estimated to invest approximately USD 35 billion in the upcoming few decades, as it attempts to fortify its military aviation might.
All in all, these global trends coupled with the exponential increase in the number of commercial aircrafts are certain to provide a slew of commercialization opportunities to the global aerospace insulation industry. According to a research report collated by Global Market Insights, Inc., aerospace insulation market is forecast to exceed USD 5 billion by 2024.
Author Name : Saif Ali Bepari
Global Market Insights Inc. 