Description
Global Electronic Warfare Aircraft Market
Frequently Asked Questions of EW Aircraft Market
Electronic warfare locates and interferes with the adversaries’ electromagnetic transmissions radiated from equipment and weaponry. Radar or microwave are frequently used as hostile signals. Three types of electronic warfare are distinguishable based on their application within the market, they include Electronic Support (ES), Electronic Attack (EA), and Electronic Defense (EM).
Radar for engagement and detection of hostile electromagnetic activity is prevented by EA. ES deals with administrative tasks like data distribution and gathering. ES is a subset of electronic intelligence and signals intelligence (SIGINT) (ELINT). SIGINT deals with gathering signal information, such as the radar signatures of hostile ships and aircraft and information on hostile communications. Protection of friendly forces against adversary EA is the focus of EM.
Major factors driving Electronic Warfare Aircraft Market Growth
The market is primarily driven by the downsizing of land- and sea-based systems, which makes it possible for the systems to be mounted on more compact aircraft. Due to the growth of UAVs and their employment as platforms for airborne electronic warfare, airborne electronic warfare systems are in more demand. There is an international tendency to create UAVs as a practical means of doing ISR operations (Intelligence, Surveillance, and Reconnaissance). As a result, funding for the development of capable, cost-effective airborne EW systems that can neutralize new threats like Directed Energy Weapons (DEW) and loitering Munitions is expanding.
DEWs have made significant process concerning their capability and total energy output. Loitering munitions have developed the capacity to make a precision attack on a target with the help of EO/IR real-time video.
Trends influencing the Electronic Warfare Aircraft Market Size
According to the trends associated with this market, it is noted that the growing defense budget across the international markets is noted to be one of the key factors which are poised to increase the procurement associated with national markets. The increase in the number of indigenous programs is also expected to be one of the factors which are expected to boost the overall growth trends across the electronic warfare aircraft market.
Electronic Warfare Aircraft Market Forecast & Dynamics
According to the needs of the assignment at hand, jamming pods can be integrated into an electronic warfare aircraft. The aircraft can detect sources of electromagnetic signals with the help of some EW pods. EW aircraft feature self-jamming defenses as well, allowing them to connect with ally troops while jamming hostile communication. The jamming of next-generation jammers will be directed in particular directions using AESA (Active Electronic Scanned Array) radar. When used in conjunction with conventional assault aircraft, EW planes provide a force multiplier. As part of the suppression of enemy air defense (SEAD) mission, EW aircraft will be able to quickly detect, jam, and destroy enemy radar units because they have anti-radar missiles at their disposal.
Electronic Warfare Aircraft Market Analysis for Recent Developments
Germany expressed interest in purchasing Boeing EA-18G Growler EW aircraft to replace its outdated Tornado aircraft. For many years, the tornado served as the Luftwaffe’s top electronic warfare aircraft. The F/A-18 super hornets are extremely similar to the EA-18G Growler. Although Raytheon is developing AN/ALQ-249 jamming pods, which are anticipated to operate far better than ALQ-99 pods, the ALQ-99 jamming pods on board the EA-18G Growler have had reliability concerns.
A contract for the delivery of an advanced electronic warfare (EW) suite for Indian Air Force fighter aircraft was reached between the Ministry of Defence and Bharat Electronics Limited (BEL). The MoD and M/s BEL, present today, signed the deal. The contract is expected to cost around INR 1993 Cr altogether. By supplying IAF fighter aircraft with cutting-edge EW systems, the IAF will be better able to conduct operational operations against the airborne and ground-based fire control and surveillance radars of its enemies. APAC (Asia Pacific) was noted to be one of the lucrative growth markets within the international competitive landscape. One of the companies to engage in contractual agreements with this region was Elbit Systems. In the year 2022, the company Elbit Systems secured a contract worth USD 76 Million to strengthen APAC’s airforce capability.
BAE Systems and L3Harris Technologies delivered the first EC-37B Compass Call electronic warfare aircraft to the United States Air Force. According to BAE Systems, the Air Force will soon begin combined developmental and operational testing for the Compass Call, the first of ten aircraft planned for the Air Force. The new EC-37B fleet will replace Air Combat Command’s decades-old EC-130 fleet, which is being phased out. BAE manufactures the new Compass Call’s electronic attack components in Hudson, New Hampshire, and L3Harris integrates that mission-specific hardware into a Gulfstream G550 business jet in Waco, Texas. The Compass Call will conduct electronic warfare missions to jam enemy signals such as communications, radar, and navigation systems. According to BAE, this will include suppressing enemy air defenses by preventing information from being transmitted between weapon systems and command-and-control networks. ACC Commander Gen. Mark Kelly said during a roundtable discussion at the Air and Space Forces Association’s Air Space and Cyber conference here that the EC-37B’s jamming capabilities will protect friendly ships and aircraft from enemy attack and allow them to get closer to their targets.
