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Power supply is a device that transfers energy from a power source to an electrical load. Prominent power supply products that are used in marine environment include switch mode power supply (SMPS), uninterrupted power supply (UPS), battery, and inverter. Growing number of vessels and the increasing expenditure on submarines and ships by military and navy across emerging economies, are forcing companies to develop marine power supply devices to continue the profitability of the market. One of the major factors hindering the growth of the advanced marine power supply market is the high maintenance cost of ships.

The advanced marine power supply market analysis is segmented by devices, power supply, application and geography. In the device segment, the market is segmented into battery, switch mode power supply, uninterrupted power supply, inverters and others. Low awareness across industries especially in emerging markets such as India, China, Brazil and Argentina, regarding advantages of uninterrupted power supplies for enhancing business operations and efficiency is hampering growth of the UPS market. On the basis of power supply source, the market is segmented into direct power supply and renewable power supply. Based on the application, the market is fragmented into internal lighting, navigation lighting, communication, surveillance system, engine control and others. On the basis of geography the market is segmented into North America, Europe, Asia Pacific, Middle East and Africa and Latin America.

Among geography, Asia Pacific held the largest revenue share in advanced marine power supply market due to the growing cross border e-commerce market. Countries such as Japan, China, and South Korea contributed for the major share in the geopraphy. After Asia Pacific, Europe held the major market share in the year 2016. Also, the market in the mentioned geogrphy is expected register decent growth during the forecast period. Some of the major countries that drive marine power supply market in Europe region are U.K. Germany, and France. In Addition, the rising demand for renewable energy sources to power ships is also playing a key role in the positive expansion of the global advanced marine power supply market.

Some of the companies in the advanced marine power supply market are Emerson Electric Company, Schneider Electric SE, ABB Ltd, Exide Industries Ltd, EnerSys, HBL Power Systems Ltd, Systems Sunlight S.A., Eaton Corporation Plc, Powerbox International AB, ENAG, Marine Electric Systems Inc. Newmar, and Analytic Systems among others. The major companies operating in the global advanced marine power supply market will eventually grab the opportunity presented by the new technology to further enhance their product offerings.


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A connected car is a vehicle in which the user (driver and/or passengers) can access, download, consume, send and share information through vehicular communications systems, such as vehicle-to-vehicle (V2V), vehicle-to-infrastructure (V2I), vehicle-to-broadband cloud (V2B, with monitoring data center), vehicle-to human (V2H; with road users, pedestrians, bicycles), vehicle-to-sensor (V2S, with the sensors embedded in the environment). Moreover, it can connect with other devices in and out of vehicles at office, home, infrastructure, institute and even other cars as well.

An increase in disposable incomes and technological production across regions is the major driving factor for the connected car market. There have been significant advances in telecommunication technology over the past few years. These advances have offered the population with a new level of connectedness. Following the advancement in the connected cars, onboard sensors, vehicle telematics, and infotainment technology evolved to offer varied applications, ultrahigh definition touch displays, high-speed internet on-the-go and navigation tools.

Demand for better road safety coupled with greater comfort and convenience for passengers are the major driver to Bolster Uptake. The connected car market is driven primarily by the growing deployment of automotive electronics and advanced technologies in vehicular systems. The drive for these technologies stems from the substantial role these play in providing increased road safety, greater comfort and wide entertainment options for passengers. The growing adoption of automotive digital technologies in enhancing the in-car experience for users is a notable factor accentuating the market growth.

The growing demand for infotainment services is occupying a crucial role in the rapid expansion of the connected car market. Coupled with this, the growing demand for services that enable vehicles to connect and continuously enrich with the outer surrounding is a key trend expanding in-vehicle infotainment. The demand for immersive information user experiences has gathered steam among passengers of high-end cars and luxury vehicles.

A governmental mandates on increasing safety of passengers is expected to provide robust thrust to demand. Various government obligations in emerging and developed nations on promoting the safety of passengers have imparted a robust fillip to the growth of the market. The stringent implementation of vehicular safety among automakers and original equipment manufacturers is also bolstering the demand for better connectivity options in the automotive industry. The bold strides taken by vehicular information technologies such as adoption of 4G connectivity for improving the in-car experience is catalyzing the market growth.

However, the high cost of connected car hardware may hinder its demand among price-sensitive consumers who are unwilling to pay extra cost for advanced car connectivity options. The lack of simple user interfaces in connected car technology ecosystem owing to the dearth of interoperable platforms has also crippled its application at large. The spate of unfavorable events having taken place in the testing of connected car systems in recent times has also adversely affected the prospects of the market.

Be that as it may, the extensive usage of vehicle-to-vehicle and vehicle-to-infrastructure communication connectivity via mobile apps is propelling the growth of the market. Moreover, the adoption of cloud solutions in telematics is opening new paradigms in the connected car market. In particular, the application of telematics has taken auto insurance to the next level of convenience.

                 

Based on connectivity technology prospective, the connected car market is segmented into 4G (LTE), 3G (UMTS, HSPA, and HSPA+), and 2G (GSM, GPRS, and EDGE). The 2G connectivity system will gradually fade out in the next few years, which is anticipated to be replaced by 3G technology and 4G LTE (Long-Term Evolution). Some of the prime reasons for this technological shift ought to be the quickly ever-changing telecommunication technology and therefore the advent of swift & reliable communication networks.

By connectivity solution type, the connected car market is divided into embedded, integrated and tethered solutions. Embedded connectivity clutches major of the connected cars market share, wherein integrated and tethered connectivity solutions are following up close. However, this scenario is expected to change, as integrated solutions have started occupying the market share of the connected car market. The objective for this drastic paradigm shift is attributed to the user’s freedom of choice in customizing their data plans and. connectivity devices.

Navigation, telematics, and infotainment are the major applications of connected cars market. Navigation holds the largest share in the connected car market. Large scale adoption of the navigation service into the connected cars is emerging as the growth factor. Geographically, the market is segmented into North America, Europe, Asia-Pacific, Middle East and Africa, and Latin America. North America stands as the largest shareholder in the connected car market. The Asia-Pacific region is anticipated to show prominent growth in the years to come, owing to the rapidly growing population, growing infrastructure rise in the disposal incomes and a large presence of youth.

The major players in the global connected car market include General Motors, Microsoft Corporation, Verizon Communications, Toyota Motor Corporation, Hyundai Motor Co., Delphi Automotive, Mercedes-Benz, Gemalto, Sierra Wireless, Audi, BMW AG, Ford Motor Company Bosch, Continental, Harman, Denso, ZF, NXP, Infineon and Valeo among all the others.

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The global anti-drone market was estimated as USD 334.8 Million in 2016 and is expected to reach USD 2,212.4 Million by 2025, growing significantly with a CAGR of over 23% during the forecast period. Increased security breach incidences by unidentified drones and rising terrorism activities are the major factors driving growth of this market

Anti-Drone or Anti-Unmanned Aerial Vehicle (UAV) is a system, which provides the extreme protection to areas with services of various sizes, forms and functions. It provides security to private houses, commercial venues, government buildings, industrial installations, airports, prisons, border security, critical infrastructure, military facilities, etc. Anti-Drone is a customizable integrated system and is integrated with different kinds of equipment and solutions depending on the application.

The different combinations of UAV detection equipment include drone detection radars, acoustic sensors, RF spectrum analyzers and video surveillance systems. Further, the drone neutralization equipment includes mobile jammers, counter-drone lasers, interception systems and drone capture nets. Additionally, security solutions are involved for higher level of protection of the area includes concealed threat detection systems, security-related software, long range acoustic devices, video acquisition and distribution systems, mobile security vans, IT infrastructure, etc. Special integration software in anti-drone technology are used to provide smooth operation of different Anti-UAV solutions within one integrated system while data processing and visualization software helps to access the level of threat and take adequate actions in response.

Electronics System technology is anticipated to grow at the highest rate

The global anti-drone market is bifurcated based on technology, application, vertical and region. Based on the technology, the market is segmented as laser system, kinetic system and electronics system. Among these technologies, the market for the electronics system technology is expected to grow at the highest rate during the forecast period 2017 - 2025. Huge investment by key players in electronics system-based anti-drones across the globe as well as low cost of components, are the major factors responsible for the growth of this market.

Based on the application, the anti-drone market is segmented as, security & detection and detection and disruption. The detection and disruption application is usually adopted in the market and is anticipated to grow at the fastest pace during the forecast period. Detection and disruption systems have foremost applications in the military, defense and homeland security sectors. The system detects the unauthorized drones entering into the prohibited area of any country or region and interrupts them on the spot.

Further segmentation of anti-drone market is based on the vertical include military & defense homeland security, commercial whereas, the commercial vertical is sub segmented into public venues, critical infrastructures and households. The military, defense and homeland security vertical dominated the market with the largest share in 2016. The market for the commercial vertical is expected to witness enormous growth during the forecast period, 2017 - 2025. Development of inexpensive drones in the market, increasing threat of intruders and public safety concerns are the major factors fuelling the growth of the segment.

North America has the largest market share, whereas Asia Pacific is predicted to grow at the fastest pace during the forecast period.

North America region is anticipated to account for the major market share among all the regions over the forecast period. Rising adoption of drones in the aerospace and defense sector across U.S is expected to propel the regional market. The Boeing Company, the U.S. based aircraft major, and Thales Group, a French multinational company, as a part of a project by the French government, have recently demonstrated the progress made in developing the anti-drone technologies.

Furthermore, as governments across the globe endure their regulatory approach to counter-UAV technologies, several companies are entering into the market and advancing their platforms. In December 2017, Hensoldt, a German company demonstrated their Xpeller counter-UAV system at the Airbus airfield in Hamburg.

Asia Pacific region is predicted to witness considerable growth over the next few years, owing to increased investment by government in development of aerospace and defense infrastructure in countries such as China, India, and Japan. These developing economies are likely to provide several opportunities for security and surveillance, thereby driving the market growth.

Lockheed Martin Corporation launched its software solution for controlling drones.

Prominent players involved in the development includes Thales Group, Blighter Surveillance Systems Ltd., Lockheed Martin Corp., Dedrone Inc., Raytheon Co., Israel Aerospace Industries Ltd., SCG LLC, Droneshield Ltd., Theiss UAV Solutions, BSS Holland BV, Advanced Radar Technologies SA, Department 13 International Ltd., and Northrop Grumman Corp., among all the other players. In March 2018, Lockheed Martin Corporation launched VCSi, a software solution allowing multiple users to simultaneously control dozen of drones during surveillance and investigation Other players are similarly involved in research & development, acquisitions, expansions and collaboration for their strategic growth.


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The global automotive interior materials market is expected to garner large market revenue over the forecast period owing to rise in automotive demand in Asia-Pacific and North American regional market. An increase in disposable income along with diminishing transportation cost as well as availability of abundant raw material has further propelled the market growth.

The OEM’s are focusing on fine as well as lightweight interior materials owing to rising demand for premium aesthetics as well as fuel-efficient vehicles. The increasing consumer preference towards luxury vehicles and rising concentration on automotive interior components has compelled OEMs to concentrate on quality of materials utilized in vehicles.The rise in concern towards waste disposal during the process of leather manufacturing coupled with rising leather prices owing to tight supply is anticipated to hinder the demand. The restrictions of government on materials such as PVC leather are also expected to control the market growth.

Depending on materials, the global automotive interior materials market can be classified as synthetic leather, PU leather, fabric, genuine leather, PVC leather, and thermoplastic polymers. The synthetic leather market segment commands the major market share of the automotive interior materials market in terms of revenue.The Asia-Pacific regional market is the largest consumer of synthetic leather and is anticipated to grow at an impressive growth rate of over 10% during the forecast period. The Mexican market is anticipated to be the swiftest growing synthetic leather market and is forecasted to grow at a significant growth rate of over 18% during the future years.

Among different market segments, the PU leather market is anticipated to be the swiftest growing segment over the future period and is projected to register swift growth rate of over 10% during forecast period. Over the past, superior quality coupled with low maintenance cost has led to rise in PU leather demand over the past years and the trend is anticipated to continue over the future years.The Asia-Pacific regional market is the largest market and commands over 40% of the total share. The APAC regional market is projected to rise owing to rise in automotive demand in emerging countries such as China and India. The regional market, China is the biggest interior materials consumer in Asia-Pacific and is estimated to retain its place over the future period.

Factors such as swift growth of automotive industry, soaring economic growth, and cost competitiveness are estimated to positively impact interior materials manufacturers in APAC countries. The rising government support in terms of subsidies and other regulations has fascinated various automotive OEMs to settle their plants in this region.Also, the rising integration of green technology as well as nanotechnology in automotive leather and fabrics manufacturing is likely to offer varied opportunities for the market players. The usage of green chemistry for leather manufacturing, environment-friendly materials as well as proper waste disposal methods can boost profitability and help to gain competitive advantage.

Strict regulations pertaining to leather production are anticipated to hamper the market growth over the future years. The rise in costs of raw material is expected to dampen the profitability as well as sustainability of the manufacturers. The rise in production cost is directly transferred to the overall cost of vehicle production.

At every stage of production process, regulatory framework is implemented and value chain is anticipated to raise the overall production cost and dampen overall profitability. The integration of nanotechnology for the development of new lightweight materials is anticipated to give rise to new opportunities along with competitive advantage leading to increased fuel efficiency.

The major players operating in the market include Katzkin Leather Interiors Inc. ,Borgers A.G., Faurecia S.A, BASF S.E., Johnson Controls Inc., Dow Chemical Company, International Textile Group Inc., Lear Corporation,  E. I. DU Pont DE Nemours, DK Leather Corporation Berhad, Eagle Ottawa, LLC, and Sage Automotive Interiors Inc. along with few others.


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Marine generator sets are utilized in several types of vessels such as offshore support vessels, commercial vessels, other vessel types and defense vessels. A marine generator set helps in keeping the current flowing throughout the electrical equipment on the ship or boat. For electricity generation, a generator is an electro mechanical device which converts motive power to electrical power for using it in an external circuit. Some of the key sources of mechanical energy are gas turbines, steam turbines, internal combustion engines, water turbines and hand cranks. The reverse alteration of electrical energy to mechanical energy is achieved by using an electric motor and these motors and generators have several similar characteristics. Most of the motors are mechanically driven to generate electricity and regularly make manual generators.

The growth of the global marine gensets market is anticipated to be chiefly driven by increasing number of commercial vessels coupled with rapid increase in ship building activity. The advanced ship buildings are generally dominated by container ships and bulk carriers especially in Japan and China along with South Korea dominating in gas carrier and container ships. Moreover, rising demand for high value pleasure vessels is one of the major factors contributing to the growth of the global marine gensets market. In addition, the European marine gensets market has also witnessed an emerging demand especially for hybrid generators. However, intense competition from low cost suppliers might pose a serious threat to the growth of the global marine gensets market. Furthermore, one of the key factors hampering the growth of the market is the increasing number of stringent regulations by several governmental and non governmental organizations on the emissions of marine gensets occurring globally. Asia-Pacific is anticipated to dominate the global marine gensets market mainly due to increase in ship building activities especially in South Korea, China and Japan. The aforementioned countries are heavily investing in ship building projects and the key market players are intensifying their manufacturing facilities in these countries through new licensees and manufacturing units and plants. Moreover, factors such as increase in the production of gas carrier, container ships and marine freight across the globe, increase in high value pleasure vessels, increasing demand for hybrid fuel powered marine gensets, intensifying competition from low cost vendors, and increase in the shipping of green cells are some other key factors affecting the growth of the global marine gensets market.

The global marine gensets market can be segmented on the basis of fuel, capacity, vessel type and geography. On the basis of fuel, the global marine gensets market can be segmented into diesel, gas and hybrid. On the basis of capacity, the global marine gensets market can be segmented into Up to 1,000kW, 1,001-3,000kW, 3,001-10,000kW and above 10,000kW. On the basis of vessel type, the global marine gensets market can be segmented into commercial vessels, offshore vessels, defense vessels and other vessels. On the basis of geography, the global marine gensets market can be segmented into North America, Europe, Asia-Pacific and Middle East & Africa and Latin America.

Some of the key players in the global marine gensets market include Wärtsilä, MAN Diesel & Turbo SE,  Mitsubishi Heavy Industries, Caterpillar, Inc., Daihatsu Diesel Mfg. Co., Ltd., Rolls-Royce Power Systems AG,  Dresser Rand, Deutz Ag, Valley Power Systems, Inc. and Kohler Co. among others.


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Marine engines are mechanical engines which helps in the supply of power to various types of auxiliary equipment, vessels, propulsion systems, generators and central systems to maritime undertakings and vehicles. Various types of marine engines are widely available in the market which helps in serving several distinct purposes of various marine systems and vehicles. Marine engines can be categorized depending upon different criteria such as the propulsion system type in utilization, fuel involved to power the engine, power range of the engine and other major applications. The employment of renewable sources of energy including wind and solar energy to fulfill the auxiliary requirements of power is anticipated to increase over the coming years, thus in turn bolstering the growth of the global marine engines market. Increasing demand for effective as well as operationally reliable ships is projected to lead to modernization over the foreseeable years. Moreover, increasing emphasis on rising diesel engine capacity to drive advanced and new generation tanks with huge cargo holding capacities is further anticipated to propel the growth of the global marine engines market.

Increase in the number of relaxation marine travellers, advent of advanced technology and highly consistent engines, rapid expansion of the global seaborne transport industry, increasing per capita disposable incomes and economic stability are some of the key aspects driving the growth of the global that have driven the global marine engines market in the past few years. Although, strict governmental legislations and regulations concerning harmful emissions from marine engines as well as rising awareness across consumers regarding the demand for the adoption of greener fuels as well as depleting reserves of traditional fuels are more likely to bolster the growth of the global marine engines market. The global marine engines market is anticipated to foresee large number of developments in products which conform to the stringent legislator regulations regarding the emission of gases as well as work with relatively greener fuels such as solar, LNG and wind power among others. Moreover, some of the other major factors contributing to the growth of the global market include easy availability of repair networks, spare parts, and trained professionals for repairing marine engines across the globe.

The global marine engines market can be segmented on the basis of fuel, power, application and geography. On the basis of fuel, the global marine engines market can be segmented into marine diesel oil, marine gas oil, heavy fuel oil, intermediate fuel oil and others. On the basis of power, the global marine engines market can be segmented into Up to 1,000 HP, 1,001 HP to 5,000 HP, 5,001 HP to 10,000 HP, 10,001 HP to 20,000 HP and above 20,000 HP. On the basis of application, the global marine engines market can be segmented into commercial vessels, offshore support vessels and other vessels. On the basis of geography, the global marine engines market can be segmented into North America, Europe, Asia-Pacific and Rest of the World.

Some of the key players in the global marine engines market include GM Powertrain, Caterpillar, Inc., Cummins Engines, Wartsila Corporation, Yamaha, Rolls Royce, Sinopec, Volvo Penta, Shell, Idemitsu, Hydrosta BV, Hydraulic Marine Systems, Exxon Mobil Corporation and Cummins among others.


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In the modernized military systems, highly efficient and reliable power sources are required to function amidst intense operations as well as harsh conditions. The power generators should be completely reliable and possess the capability of running 24 hours a day, and 7 days a week. The generator must be able to function at below minus 45 degrees Celsius and perform reliably as well as with high efficiency up to over 55 degrees Celsius even at 3000 meters above sea level.  There shouldn’t be any adverse effect of sandstorms, rain or snow on generator. Also, there should be low acoustic, electronic and thermal signatures. It is vital to have easy access for maintenance and a long operational life is required with comprehensive first rate support.

The global military power solutions market can be classified based on type. source, application wattage and region. On the basis of type, the global market is classified into portable and non-portable segment. Depending upon source, the global material solutions market is segmented into batteries, generators, fuel cells, and solar power. As per application, it is divided into air, land, and naval high Based on wattage, has been segmented into low, medium, and high power.

Among the various market segments, portable segment is set to register highest growth, due to the high demand for portable power sources in numerous applications, such as soldiers, UAVs, and vehicles, among others. Also, the military forces across the world demand compact power sources that can offer high energy density for a longer duration. Fuel cells are being used repeatedly in the battlefield. These cells are substituting the batteries and generators owing to their benefits, such as noise-reduction, safety, reliability, and high energy density.

The global  Military Power Solutions Market is expected to flourish during the forecast period owing to advent of modernized warfare techniques. Moreover, there is constant requirement for durable as well as maintenance free power sources for the military sector. The increase in defense electronics budget in various emerging countries is expected to propel the growth of the military power solutions market.

Based on regions, the global  Military Power Solutions Market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The North American region is anticipated to command the maximum market share and would lead the  Military Power Solutions Market during the forecast period. In the countries such as the U.S. and Canada there has been an increase in military power solution deliveries over recent years. The European and Asia-Pacific regional markets are also anticipated to register significant growth, owing to the rise in demand for reliable, efficient, as well as long-lasting military power solutions in these regions.

The major strategies adopted by the major players include contracts and new product launches in the military power solutions market. These strategies help the companies to reinforce their market share in the military power solutions market. The major companies that provide military power solutions include Advanced Conversion Technology, Inc., Arotech Corporation, Concorde Battery Corporation, Denchi Power Ltd., Eaglepicher Technologies, LLC, Energy Technologies, Inc., Enersys Inc., Raytheon Company, SFC Energy AG and Saft Groupe S.A. among others.


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Avionics, or aviation electronics, is a general word used for all types of electrical equipment utilized in missiles, aircraft as well as spacecraft. Avionics includes components that are directly used by the pilot such as radio communication, navigation and weather radar equipment. Additionally, avionics also consist of other electronic systems that not directly utilized by the pilot that control as well as monitor flight and performance of engine.

The term avionics includes the electronic systems that are utilized in aircraft, artificial satellites, and spacecraft. The various avionic systems include communications, the display, navigation and management of multiple systems, along with several of the systems that are fixed to aircraft to conduct individual functions. These functions can either be simple or complicated such as a searchlight for a police helicopter or the tactical system for an airborne early warning platform. The term avionics is a combination of both the words aviation as well as electronics.

The global avionics market is expected to soar high in the forecast period. Factors such as rise in the number of aircraft deliveries, increased military aircraft spending by emerging countries, and the recent trend of airspace modernization are propelling the growth of this market. Also, high requirement of real-time flight plan information sharing, rising demand for UAVs for commercial applications, technological advancements of drone payloads are further fuelling the global avionics market growth.

The global avionics market can be classified based on sub-system, fit, platform and region. On the basis of sub-system, the global avionics market is classified into CNS, FCS, FMS, and IFE, military & tactical system, monitoring/glass cockpit system, and electrical & emergency system. Depending upon fit, it is segmented into line-fit and retrofit market. According to platform, the global avionics market is divided into commercial, defense and UAV.

Among the market segments, the FCS segment is expected to command a large share of the avionics market during the future years owing to the rise in requirement of real-time flight plan information sharing. Based on fit, the line-fit market segment of the avionics market is anticipated to command the largest share and grow at the swiftest rate during the future years. The defense market segment is holding the major share of the avionics market and is expected to grow at fast rate over the future period.

Based on regions, the global avionics market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The North American region is anticipated to command the maximum market share and would lead the avionics market during the forecast period. This is due to the massive investments by OEM’s as well as component manufactures in research and development of advanced avionics systems. The major companies that provide avionics include Honeywell International Inc, United Technologies Corporation, Thales Group, Rockwell Collins, Inc., Thales Group and Cobham Plc.

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Crew management for ships, also referred to as crewing, are the services offered by specialized shipping companies. These crew management services are an integral part of maritime and ship management that comprises of the management of all the different activities conducted by crew on-board vessels, and related shore-based administration. The various locations where crew management activities are conducted from include Hong Kong, Limassol (Cyprus), Singapore, and Malta.

The various crew management companies are accountable for the human resources and manning of different types of vessels, using their management offices, and network of localised recruitment agencies located in key seafarer sourcing locations. Majorly, the services include scheduling, crew recruitment, deployment to vessel, and regular training and development. Crew management companies are further responsible for taking care of on-going administrative and management duties of seafarers, such as travel arrangements, payroll, overall career development, insurance & health schemes, as well as their day-to-day welfare.

The global crew management market can be classified based on system, application, device and region. On the basis of system, the global market is classified into on-cloud and server. Depending upon application, it is segmented into crew planning, crew training, crew services, and crew operations. As per device, the global crew management market is divided into smartphones, personal computers and devices.

Among the market segments, the on-cloud segment is expected to command a large share of the crew management system market during the future years owing to the increasing impact of cloud computing technology on daily life. Large number of airlines is adjusting to the cloud technology to attain ease of operations as well as excellence in client servicing. Based on device, the tablet segment of the crew management system market is anticipated to grow at the swiftest rate during the future years. The introduction of tablets and their usage for cabin crew in order to decrease complicated paper-based/manual operations in conducting their day-to-day functions like meal distribution and passenger management conditions is propelling the growth of this market segment.

The global crew management market is expected to garner maximum revenue in the forecast period. Factors such as rigid regulations related to working hours for crew members on board, high demand for augmented automated systems to achieve operational efficiencies, rising air traffic, increasing airlines fleet safety of crew members and passengers are expected to fuel the growth of crew management market.

Based on regions, the global crew management market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The North American region is anticipated to command the maximum market share and would lead the crew management market during the forecast period. The Asia-Pacific region is expected to witness the swiftest growth in the crew management market. Factors such as increasing air passenger traffic leading to an increased demand for new aircraft in the region is expected to fuel the crew management system market during the forecast period. Also, various aircraft manufacturers in countries such as China, Russia, and Japan are establishing their presence in the global market with modernized and high-tech aircraft, thereby propelling the growth of aerospace bearings market in the region.

The major companies that provide crew management include Sabre Airline Solutions, Lufthansa Systems, Jeppesen, Hexaware Technologies and IBS Software Services among others. The component manufacturers include Sheorey Digital Systems Pvt. Ltd. Fujitsu, AIMS, Inc., PDC Aviation, Blue One Software, Intelisys Aviation and Aviolinx.


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An attitude and heading reference system (AHRS) comprises of sensors placed on three axes that offer attitude information for aircraft that includes roll, pitch and yaw. These sensors are at times called as MARG (Magnetic, Angular Rate, and Gravity) sensors and comprise of either accelerometers, solid-state/microelectromechanical systems (MEMS) gyroscopes, and magnetometers. They are planned to exchange conventional mechanical gyroscopic flight instruments. The main difference between an inertial measurement unit (IMU) and an AHRS is the accumulation of an on-board processing system in an AHRS that offers attitude as well as heading information against an IMU which only delivers sensor data to an additional device that work out attitude and heading. Additionally, an AHRS may also be a part of an inertial navigation system.

A type of non-linear estimation such as an Extended Kalman filter is usually used to calculate the solution from these numerous sources. The AHRS system has proven itself to be highly reliable and is widely used in commercial as well as business aircraft. These AHRS systems are combined with electronic flight instrument systems (EFIS) in the glass cockpits, in order to customize the primary flight display. AHRS can be integrated with air data computers in order to form an "air data, attitude and heading reference system" (ADAHRS), which offers further information such as airspeed, altitude and outside air temperature.

The global attitude and heading reference system market can be classified based on type, component, end user, and region. By type, the global market is classified into air data attitude and heading reference systems (ADAHRS), conventional attitude and heading reference systems (AHRS), and GPS-aided attitude and heading reference systems. Depending upon component, it is segmented into inertial sensing unit, magnetic sensing unit, digital processing unit. As per end user, it is divided into commercial aviation, military aviation, marine and unmanned vehicle.

The global attitude and heading reference system market is expected to earn massively in the forecast period. Factors such as high penetration of conventional AHRS in aircraft and ships, increase in air-travel, increase in disposable incomes, and significant growth in international tourism are expected to fuel the growth of this market in future.

Based on regions, the global attitude and heading reference system market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The North American region is anticipated to command the maximum market share and would lead the 3D animation market during the forecast period. The region being one among the sustainable and well-established economies comprises of the potential to robustly invest in various research and development activities, thus leading to the development of AHRS systems. Also, the presence of major aircraft and UAV manufacturers including Lockheed Martin (U.S.), Bell Helicopter (U.S.), Boeing (U.S.), Bombardier (Canada), and Sikorsky Aircraft (U.S.) propels the growth of this market in North America region.

The major companies that provide attitude and heading reference system include iXBLUE, Sparton Navigation and Exploration, LLC, Honeywell International, Inc. , Rockwell Collins, Inc. , Northrop Grumman, Meggitt Plc, Safran S.A., VectorNav Technologies, LLC, Lord MicroStrain, Inc. , Moog, Inc. and MEMSIC, Inc. among others.


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The bearings fitted in aircraft and aerospace systems that includes military, commercial, private, or space applications are referred to as aerospace bearings. The materials used in aerospace bearings include the corrosion resistant AMS5930, silicon nitride (ceramic), M50 tool steel (AMS6491), 440C stainless steel, carbon chrome steel (AMS6444), and titanium carbide-coated 440C. However, material specification, non-destructive testing and to the traceability of the bearing are paid special attention. The traceability of the bearing includes documents that help an engineer to trace a bearing, back to its manufacturing batch as well as material supply.

The global aerospace bearings market can be classified based on type, material, application, aircraft type and region. By type, the global market is classified into roller, ball, and others. Depending upon material, it is segmented into stainless steel, fiber-reinforced composites, metal-backed, engineered plastics, aluminum alloys, and others. As per application, the global aerospace bearings market is divided into landing gear, engine, flight control system, aero structure, and others. Based on aircraft type, the global market is divided into wide body aircraft, narrow body aircraft, regional transport aircraft, business jet, very large aircraft, fighter jet, helicopter, and others.

Among the market segments, the roller segment is expected to grow at a swift rate during the forecast period because of the usage of roller bearings in majority of parts of an aircraft, which will be flanked by rise in demand for aircraft in the future. Among material, the fiber-reinforced composites segment is anticipated to grow at the highest rate as fiber-reinforced composites have greater self-lubricating and load carrying capacity leading to an increased reliability of bearings under harsh conditions.

The global aerospace bearings market is expected to garner maximum revenue in the forecast period. Factors such as rise in the number of aircraft deliveries and up gradation of aircraft to lessen operating cost, high demand for aerospace bearings from commercial as well as defense aviation sectors, technological innovations leading to demand for high performance aerospace bearings are expected to fuel the growth of aerospace bearings market. However, backlogs in current aircraft orders will hamper the growth of aerospace bearings market.

Based on regions, the global aerospace bearings market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The North American region is anticipated to command the maximum market share and would lead the aerospace bearings market during the forecast period. Due to the rise in number of aircraft deliveries and modernization of aircraft, this region is sturdily investing in this market.

The Asia-Pacific region is expected to witness the swiftest growth in the aerospace bearings market. Factors such as increasing air passenger traffic in emerging economies is propelling the growth of this market. Also, various aircraft manufacturers in countries such as China, Russia, and Japan are establishing their presence in the global market with modernized and high-tech aircraft, thereby propelling the growth of aerospace bearings market in the region. The major companies that provide aerospace bearings include SKF Group, The Timken Company, GGB Bearings Technology, JTEKT Corporation and RBC Bearings Inc. among others.


Upcoming

Connectors can be defined as an electrical connector that consists of multi pin interconnects coupled with cylindrical contact housings as well as circular contact interface geometries. Circular connectors are chosen for ease of engagement as well as disengagement, ease of environmental sealing, rugged mechanical performance, ability of connectors to appropriately house various types of contacts, and their ability of allowing varied range of contact voltages currents, and. The MIL-DTL-5015 and MIL-DTL-38999 are the most widely specified types of connectors in military, aerospace, and other applications. However, the major disadvantage of the circular design is loss of panel space that occurs when utilized in arrays.

The global aviation connectors market can be classified based on end-user, shape, application, type, platform, and region. On the basis of end-user, the global aviation connectors market is divided into commercial, business jets, military, and others. Based on shape, the global market is subdivided into circular, and rectangular. Depending upon application, the global aviation connectors market can be divided into landing gear, engine control system, avionics, cabin equipment, and others. By type, the global aviation connectors market can be divided into PCB, high power, high speed, RF connectors, and fiber optics. Based on platform, the global market can be divided into fixed wing, and rotary wing.

The global aviation connectors market is expected to attain major market growth in the forecast period. Factors such as rise in the orders of aircraft and deliveries across the world, need for modern avionic systems, rise in flight safety, and diminishing operational & maintenance cost are propelling the growth of aviation connectors market. Depending upon application, the aviation connectors market has been sub-divided into avionics, landing gear, cabin equipment, in-flight entertainment, and others. The avionics segment is expected to command the maximum share during the forecast period. The major growth promoting factors include rise in aircraft orders and deliveries, need for modern avionic systems. high concerns over safety of flight, and diminishing operational & maintenance cost have resulted in the need for modern aviation connectors.

Depending on type, the fiber optic market segment is estimated to garner largest market share The increased procurement of fiber optics in order to provide for the high demand for high-speed data transmission and rise in usage of novel telecommunication technologies such as FTTx applications are fueling the growth of fiber optic market segment. On the basis of shape, the circular connectors segment is estimated to register high growth owing to the high demand for connectors from computers, communications, and consumer electronics in the aviation sector, and rise in demand for advanced features as well as convenience.

Based on regions, the global aviation connectors market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The Asia-Pacific aviation connectors market is expected to grow at a swift rate during the forecast period. The major companies that provide aviation connectors include TE Connectivity, Amphenol Corporation, Carlisle Group and Bel Fuse Inc. among others.


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