Global Air Traffic Control Market was appraised at USD 8 billion in 2019 and is
estimated to reach USD 10.1 billion by 2027, at a 3% CAGR of during the projection
period. The increasing demand for the global Air Traffic Control
Equipment market can be attributed to rising air traffic. Besides, the need for
flexibility and seamless control over air traffic control systems plays a vital
role in market growth. Conditions and rules stipulated by regulatory bodies
have brought air traffic control units under the limelight. Caution and
precision are significant watchwords for people working across air traffic
control units. Furthermore, the need for renewed developments in air traffic
management is also distinguishing these units.
Due to these factors, the
global Air Traffic Control Equipment market seems to follow a lucrative
development path in the coming years. The development of new airports and the
expansion & modernization of the existing ones to address increasing
passenger & freight traffic are likely to push requests for air traffic
control equipment. Advancements in microelectronics have opened up enormous
growth opportunities for the Air Traffic Control Equipment Market, which is
likely to support and continue over the prediction period. There is a constant
need to check air traffic without interruption, which is difficult with the
standby arrangement of obsolete ATC equipment only. To uphold traffic flow
supervision, new equipment is operated parallelly with the current one. As the
existing equipment has not been phased out completely, it poses a challenge to
the Air Traffic Control Equipment market's growth.
Global Air Traffic
Control Market – Overview
Air traffic control is a
service required to assist orderly, safe, rapid, and efficient movement of air
traffic. It also supports aircraft to operate in an adverse climate and prevents
crashes in any condition. It notifies aircraft regarding operational routes and
aids available in case of aircraft distress. Aircraft traffic management ensures
the safety of all operating aircraft. The air traffic control system in Federal
Aviation Administration is subdivided into these divisions, namely, Air Traffic
Control System Command Center, Air Route Traffic Control Centers, Terminal
Radar Approach Control, Air Traffic Control Tower, and Flight Service Station.
Increasing Investments in
The global market has gained
substantially from increasing investments in the aviation industry. Besides,
progressions in data handling and broadcast technologies have caught vendors'
attention in the global Air Traffic Control Equipment market. The need for
secure and precise landing and take-off pushes decision-makers in the aviation
industry to advance ATC units frequently. Furthermore, the event of multiple
aircraft across aerial trajectory necessitates the use of cutting-edge
equipment for air traffic control and administration. In this scheme, it is
safe to predict that the global Air Traffic Control Equipment market would
expand dramatically in the succeeding years.
Presence of Multiple
A diverse series of aircraft
necessitates air traffic control equipment, and this is a vital factor from the
viewpoint of market development. Numerous establishments have articulated the
use of broadcast equipment, law enforcement supplies, and airport surveillance
systems in the aviation industry. Furthermore, the appropriate training of
staff is a significant achievement for air traffic control authorities. The
collaboration of ground systems with air traffic control equipment plays a
pivotal role in maintaining the fleet's proper resilience. Military aircraft
are obligatory to fly at heights different from commercial and private
aircraft. This factor, coupled with the need for handling times of high
trajectories, has helped market growth. Therefore, the total volume of returns
within the global Air Traffic Control Gear market is projected to rise
Global Air Traffic
Control Market – Segmentation
The Air Traffic
Management market has been divided into Air Traffic Services, Air Traffic Flow
Management, Airspace Management, and Aeronautical Information Management, based
on airspace. The Aeronautical Information Management (AIM) segment is predicted
to display the highest CAGR during the prediction period. The development of
this section is attributable to need for the real-time aeronautical details
supplied in the form of data, which are updated frequently for safe, efficient,
and cost-effective ATM.
Based on end-use, the air
traffic management market has been separated into commercial and tactical
segments. The commercial segment captured the leading share of the market in
2018. Significant commercial air-traffic, extensive use of ATM systems for
day-to-day commercial air travel, and timely additions of these systems are the
major drivers of the commercial section.
Based on the components,
the market has been divided into Hardware and Software. The software segment is
predicted to exhibit maximum CAGR during the prediction period. This section's
development can be ascribed to the increasing automation in air traffic
management, requiring advanced software systems.
Based on the investment
type, the market has been segregated into Brownfield and Greenfield. The Brownfield
segment is estimated to grow at an advanced CAGR during the projection period.
The growth of this segment is attributable to the probable higher savings in
modernizing, renovating, and upgrading existing airports in developing and
Based on region, Global
Air Traffic Control Market is segmented in key regions— North America, Europe, Asia
Pacific, South America, and the Middle East & Africa.
Global Air Traffic
Control Market - Regional Insights
Europe and North America
were the leading air traffic control equipment regional markets in 2013 due to
amplified efforts by the government to secure air traffic and aircraft. The
Asia Pacific is assessed to account for the leading share of the world market
in 2018. Air traffic has been rising at an accelerated rate in the Asia
Pacific, leading to more demand for airports and upgradation of existing ones.
China is the principal market in this region, followed by India. The rise in
air passenger traffic has led to the development of new airlines, triggering an
increase in the number of aircraft deliveries set to enhance this region's market.
The Asia Pacific is appraised likely to lead the market during the prediction
The prominent players in
this market are Raytheon Company, Indra Sistemas, Harris Corporation, Thales
Group, Northrop Grumman Corporation, Honeywell International Inc., Saab AB, BAE
Systems, Frequentis Group, Lockheed Martin Corporation, Saipher ATC, Advanced
Navigation & Positioning Corporation, Intelcan Technosystems Inc., ALTYS
Technology, Searidge Technologies, Leonardo S.p.A, Adacel Technologies Limited,
ACAMS Airport Tower Solutions, ARTISYS, s.r.o, Sky Soft, Nav Canada, Avinor AS,
Serco group PLC, Kongsberg, NATS Limited.
Ø In February 2019, the US Air Force awarded a contract of USD 59
million to Northrop Grumman for the development and manufacturing of the
embedded Global Positioning System (GPS).
Ø In October 2018, Indra Sistemas received a contract to provide
InNOVA Approach and Tower-Display Surveillance Data processing system to the
Inverness Airport. Highlands and Islands Airports (HIAL), which operates and
manages more than ten airports in Scotland, awarded this contract.
Scope of the Report
data – 2016-2019
Base Year –
2020 – 2026
Revenue in USD Million
U.S, Canada, Germany, UK,
France, Italy, Spain, Brazil, Mexico, Japan, South Korea, China, India, South
Korea UAE, South Africa, Saudi Arabia.
By Airspace section, By
component, By End-use, By Investment
Company, Indra Sistemas, Harris Corporation, Thales Group, Northrop Grumman
Corporation, Honeywell International Inc., Saab AB, BAE Systems, Frequentis
Group, Lockheed Martin Corporation, Saipher ATC, Advanced Navigation &
Positioning Corporation, Intelcan Technosystems Inc., ALTYS Technology,
Searidge Technologies, Leonardo S.p.A, Adacel Technologies Limited, ACAMS
Airport Tower Solutions, ARTISYS, s.r.o, Sky Soft, Nav Canada, Avinor AS,
Serco group PLC, Kongsberg, NATS Limited.
Ø Air Traffic Services
Ø Flow Management
Ø Airspace Management
Ø Aeronautical Info Management
Ø North America
Ø Asia Pacific
Ø Latin America
Ø Middle East & Africa
The objective of the Study:
Ø To analyze and project the Global Air Traffic Control Market
size in terms of value.
Ø To examine the region-wise segmentation of the Global Storage
Tank market and assess the market size in terms of value for each region viz.,
North America, Europe, Asia Pacific, Middle East & Africa, Latin America,
and their leading countries.
Ø To outline, segregate, and estimate the Global Air Traffic
Control Market based on different classifications, i.e., By Airspace section,
By component, By End-use, By Investment and By Region.
Ø To scrutinize category-wise competitive developments in the Global
Air Traffic Control Market based on By Airspace section, By component, By
End-use, By Investment and By Region.
Ø To interpret the current market dynamics, by analyzing growth
drivers, restraints, opportunities, and challenges and their impact.
Ø To provide a detailed competitive landscape, including major
players, strategic profiles, and market shares.
Business Questions Answered by the Report
Ø How will the market drivers, restraints, and opportunities
affect the market dynamics?
Ø What will be the market size in terms of value and volume and
market statistics with a detailed classification?
Ø Which segment dominates the market or region, and which one will
be the fastest-growing, and why?
Ø Who are the key players in the market, and what is their share?
Ø What is the strategy adopted by key players, and how does it
affect the existing and new players?
Customization Scope for the Client
Client satisfaction is our first and last priority, and that is
why BlueWeave Consulting offers customization as per client’s specific needs.
The following customization options are available for the report:
Ø Additional Company Information
Ø Detail Analysis of five additional companies
Ø Additional country analysis
Ø Detailed segment analysis