Anti Drone Market Share, Size, Trends & Industry Analysis Report By Application (Detection, Detection & Disruption); By Technology (Kinetic Systems, Laser Systems, Electronic Systems, and Others); By Mitigation Type (Destructive, Non-destructive); By End-Use (Defense and Military, Government, Commercial, Others); By Regions : Segment Forecast, 2017 - 2026

Report Summary

The global anti drone market was valued at USD 393.4 million in 2017 and is anticipated to grow at a CAGR of 26.9% during the forecast period. Anti-drone is developed for neutralization and disruption of unmanned aerial vehicles or unmanned aircraft systems in remote or urban areas engaged in hostile airborne surveillance, terrorist attacks, and other malicious activities. Anti-drones systems remotely detect, track, and classify UAVs prior to disrupting their operation. Anti-drone systems offer protection of areas such as private houses, government buildings, border security, airports, military facilities, commercial locations, and critical infrastructure among others. Anti-drone solutions include UAV detection equipment such as acoustic sensors, drone detection radars, RF spectrum analysers, and video surveillance systems; drone neutralization equipment such as jammers, counter-drone lasers, drone capture nets, and interception systems; and other security solutions such as long range acoustic devices, video acquisition and distribution systems, security-related software, and others.

未识别的无人机的安全漏洞增加主要推动了这个市场的增长。加上恐怖主义活动的崛起，加上增加对公民提供安全的需求也支持市场增长。增加政府防止跨境争端和内战的保护倡议加速了防毒酮系统的采用。此外，在无人机的帮助下，增加走私和贩运案件，进一步鼓励使用抗无人机。推动该市场增长的其他因素包括技术进步，并增加对研发的投资。然而，高初始成本限制了市场的增长。

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Segment Analysis

全球防毒酮市场是在应用，技术，最终用户和地区的基础上进行分割的。基于申请类型，市场被分段为检测，检测和中断。技术段分为动力学系统，电子系统，激光系统等。在最终用户的基础上，市场被分割为防御和军事，政府，商业等。本报告包括北美，欧洲，APAC和南美洲和MEA市场的详细地域分布。北美进一步分段为美国，加拿大和墨西哥。欧洲分为德国，英国，意大利，法国和欧洲其他地区。亚太地区分叉进入中国，印度，日本和亚太地区的其他地区。北美占2017年全球防毒品市场的最大份额。

Competitive Landscape

The companies are constantly launching new products to enhance their offerings in the market. In January 2016, Airbus introduced its anti-drone system. This system combines sensor data available from different sources with signal analysis, data fusion, and jamming technologies. The anti-drone system identifies and assesses drones at a range between 3.1 to 6.2 miles through infrared cameras, operational radars, and direction finders. On the basis of real-time analysis of control signals, and presence of an extensive threat library, a jammer breaks the link between the drone and the pilot, while tacking the position of the pilot. In October 2015, Anti UAV Defense System, a new anti-drone weapon system was developed by Blighter Surveillance Systems, Chess Dynamics, and Enterprise Control Systems Ltd. This system combines radar, camera, and jamming system into one system. The radar is responsible for identifying and tracking the drone. The electro-optical camera follows the drone, after which the jamming device attacks it. A radio frequency signal is sent via three antennas to the targeted drone, interrupting its connection with the controller. Other leading players in the market include Saab AB, Thales Group, Raytheon Co., Lockheed Martin Corp., Dedrone Inc, Droneshield Ltd., Northrop Grumman Corp., Theiss Uav Solutions, LLC, Blighter Surveillance Systems Ltd., Israel Aerospace Industries Ltd. among others.