市场调查报告书
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无人机模拟器全球市场规模、份额、行业趋势分析报告:按组件(硬件、软件)、系统类型(固定型、便携式)、无人机类型、设备类型、应用、地区,2022-2028 年Global Drone Simulator Market Size, Share & Industry Trends Analysis Report By Component (Hardware and Software), By System Type (Fixed and Portable), By Drone Type, By Device Type, By Application, By Regional Outlook and Forecast, 2022 - 2028 |
无人机模拟器的全球市场规模预计将在 2028 年达到 16 亿美元,在预测期内以 12.9% 的复合年增长率增长。
全球约有 95 个国家/地区已经在使用军用无人机。还有很多专为监视而开发的无人机。另一方面,也有为携带武器等重要任务而製造的无人机。中国、德国、印度和阿塞拜疆等国家正在使用遥控无人机(无人驾驶飞行器)为其武装部队携带武器。此外,无人机也被用作潜行武器。此外,无人机还用于实时监视、情报和侦察 (ISR) 行动,以收集有关正在进行的和可能致命的军事行动的信息。因此,上述因素正在增加对无人机模拟器的需求。
COVID-19 影响分析
无人机製造商的产量直线下降,减缓了各种模拟解决方案的采用。然而,一些政府维持国防开支水平。为此,许多UGV、武器和作战系统製造商有望加快购买仿真係统的速度。因此,COVID-19 大流行及其影响对无人机模拟器市场产生了不可忽视的影响。
市场增长因素
模拟器训练的成本效益
与使用真实无人机进行培训相比,使用无人机模拟器培训飞行员的成本更低。使用真正的无人机进行训练非常昂贵且容易发生事故,并且可能会损坏无人机。因此,认为飞行员在实时操作无人机之前,会先进行虚拟训练,辅助驾驶无人机。无人机模拟器可以反复使用,为飞行员提供更全面的训练。无人机模拟器用于无人机训练设施以训练飞行员。由于模拟器培训的低成本,无人机模拟器市场有望增长。
军用模拟器研发费用增加
由于 COVID-19 爆发导致财政资源枯竭,世界各国政府都在削减军费开支。许多国家的军队正在缩减训练预算和部队规模。因此,军方变得更加专注于成本更低、更务实的问题解决方案。实时培训需要时间和金钱。此外,使用大量汽油和火药等原材料是一项非常危险的工作。因此,采用人工智能、大数据和云计算等技术的虚拟训练和基于模拟的游戏在军队中越来越受欢迎。
市场约束
缺乏空中交通管理和严格的政府法规
飞行操作和无人驾驶航空系统 (UAS) 涉及高风险空中旅行,尤其是在视线之外。长距离飞行可能导致财产损失、事故和经济损失。因此,由于空中交通管理不完善、安全和安保问题、禁飞区等,一些国家在靠近国际边界、机场、政府机构、禁飞区和临时飞行限制区的地方运营。区。我们对无人机的使用有严格的规定。无人机目前不允许在民用领空飞行□□,但一些公司除外,它们已获准进行试飞和示范飞行。这些问题限制了无人机市场的扩张,进而製约了无人机模拟器市场的扩张。
应用展望
无人机模拟器市场根据应用分为商业和军事。到 2021 年,军事部分将以最大的收入份额主导无人机模拟器市场。这是由于用于训练军事飞行员和操作员的无人机模拟器的可用性和低成本,这与使用实际无人机进行的现场训练不同。无人机显着减少了军事人员在危险或战斗中度过的时间。 4. 事实证明,在与敌人作战时,无人机与普通飞机一样致命。
系统类型视角
根据系统类型,无人机模拟器市场分为固定式和便携式。在2021年的无人机模拟器市场中,便携型占据了很大的收入份额。学生特别使用便携式模拟器进行练习。他们可以使用模拟器来积累知识、建立信心并练习导航技能。该细分市场中便携式无人机模拟器的这些特性预计将在预测期内支持该细分市场的市场增长。
组件透视
按组件划分,无人机模拟器市场分为硬件和软件。硬件部门将在 2021 年占据无人机模拟器市场最大的收入份额。硬件包括无人机模拟器中使用的所有有形部件,例如控制器和显示器。世界各地的平民飞行员和特种部队指挥官都使用模拟器技术,这是真实无人机训练系统的虚拟表现。
无人机类型的前景
根据无人机类型,无人机模拟器市场分为固定翼和旋翼。固定翼无人机在 2021 年的无人机模拟器市场中占据最大的收入份额。通常,直升机和四轴飞行器等旋翼无人机用于商业目的,而固定翼无人机通常用于军事目的。固定翼无人机被世界各地的军队用于军事和国防目的。
设备类型展望
无人机模拟器市场按设备类型分为增强现实 (AR) 和虚拟现实 (VR)。 2021 年无人机模拟器市场由收入份额最高的虚拟现实细分市场引领。虚拟现实使用户能够确切地知道他们在虚拟环境中的位置,使他们能够比在常规的屏幕窗口模拟器中更好地协调他们的专业知识。
区域展望
按地区分析了北美、欧洲、亚太地区和 LAMEA 的无人机模拟器市场。 2021 年,北美地区以最高的收入份额主导了无人机模拟器市场。这是由于美国和加拿大存在众多无人机运营商、製造商和软件公司。美国军方致力于无人机技术的研发和进步。预计这些因素将在未来几年的预测期内支持该地区的增长。
The Global Drone Simulator Market size is expected to reach $1.6 billion by 2028, rising at a market growth of 12.9% CAGR during the forecast period.
A drone simulator is a system of computers and software that simulates a drone and its dynamics to give users a synthetic environment for practicing drone flight. The pilot can practice simulating an unmanned aircraft and payload on the simulator. Additionally, it aids drone operators in ensuring the highest level of security and safety. Drone flight simulation uses various hardware components, including simulator screens, flight controls, and software support, to artificially recreate the drone flight environment for the benefit of pilot training and operation. The affordability of simulator training, rising demand for drones in both commercial & military applications, and intellectual capabilities are anticipated to be the main drivers of drone simulator demand.
The main participants in the drone simulator market ecosystem are well-known businesses and startups that offer simulators and their services, end users, and distributors/suppliers/retailers. Armed forces from several nations have been using drones for more than ten years. Small drones are frequently used by ground forces. Unmanned aerial vehicle (UAV) spending is increasing as a percentage of total military spending, which is fueling the expansion of specialized drone manufacturers & simulator software producers.
In about 95 countries around the world, military drones are already in use. There are a number of drones being developed specifically for surveillance. On the other hand, some drones have been created for crucial tasks like delivering weapons. Remotely controlled UAVs (unmanned aerial vehicles) are used by nations like China, Germany, India, and Azerbaijan to transport weapons for their armed forces. Drones are additionally used as loitering weapons. Additionally, drones are utilized in real-time surveillance, intelligence, and reconnaissance (ISR) operations to gather information on ongoing and potentially fatal military operations. Consequently, the factors mentioned above are increasing demand for drone simulators.
COVID-19 Impact Analysis
The production volume of drone manufacturers drastically decreased, which slowed the adoption of various simulation solutions. The governments of several nations have kept their levels of defense spending, though. This has prompted a number of UGV, weapon, and combat system producers to speed up the rate at which simulation systems are being purchased. As a consequence, the COVID-19 pandemic and its effects have had a negligible effect on the drone simulator market.
Market Growth Factors
Cost-effectiveness of simulator training
Comparatively speaking to training that involves using actual drones, training pilots using a drone simulator is more affordable. Training with real drones can be expensive and accident-prone, which could result in drone damage. Therefore, it is thought of as giving the pilot virtual training to aid in controlling the drone before they operate in real-time. Drone simulators can be utilized repeatedly to give pilots more extensive training. Drone simulators are being used by drone training facilities to train pilots. The market for drone simulators is anticipated to grow as a result of the lesser cost of simulator training.
Increasing Research & Development Expenditures for Military Simulation
Due to the COVID-19 outbreak's depleting financial resources, governments all over the world are reducing their military spending. The military departments of many countries are reducing their training budgets and force sizes. As a result, the military is now more focused on locating less expensive & more practical answers to their problems. Real-time training is time- and money-consuming. Additionally, it entails a significant amount of raw materials, like gasoline and explosives, and is extremely dangerous. Therefore, virtual training as well as simulation-based games that employ technologies like AI, big data, and cloud computing are becoming more and more popular among military ministries.
Market Restraining Factors
Lack of air traffic management and strict government regulations
Flight operations and unmanned aerial systems (UAS) involve high-risk air travel, especially beyond the visual line of sight. Their long-distance operations raise the risk of property damage, mishaps, and financial losses. As a result, due to inadequate air traffic management, safety and security concerns, and no-fly zones, several countries have strict regulations regarding the use of UAVs in close proximity to international borders, airports, government buildings, no-fly zones, and temporary flight restriction zones. Currently, drones are not allowed to fly in civil airspace, with the exception of a few businesses that have been granted exemptions to conduct tests and make demonstration flights. These issues limit the expansion of the drone market, which in turn restrains the expansion of the drone simulator market.
Application Outlook
Based on application, the drone simulator market is segmented into commercial and military. In 2021, the military segment dominated the drone simulator market by generating maximum revenue share. This is because of the accessibility and low cost of drone simulators for military pilot and operator training as opposed to live training using actual drones. Drones significantly lower the amount of time military personnel spend in danger or in battle. Four, drones are proving to be just as deadly in combat with the enemy as regular aircraft.
System Type Outlook
On the basis of system type, the drone simulator market is fragmented into fixed, and portable. The portable segment recorded a significant revenue share in the drone simulator market in 2021. Portable simulators are utilized by students for practice purposes, among other things. They can use the simulator to develop knowledge, confidence, and to practice their navigational skills. These features of portable drone simulators in this segment would support the market growth in this segment over the projected period.
Component Outlook
By component, the drone simulator market is divided into hardware and software. The hardware segment held the largest revenue share in the drone simulator market in 2021. Hardware includes all tangible components used in drone simulators, such as controllers and displays. Commercial pilots and Special Forces commanders use simulator technology, a virtual representation of a real UAV-based training system, all over the world.
Drone Type Outlook
Based on drone type, the drone simulator market is classified into fixed wing, and rotary wing. In 2021, the fixed wing segment accounted for the maximum revenue share in the drone simulator market. In general, rotary-wing drones, like helicopters and quadcopters, are used for commercial purposes while fixed-wing drones are typically used for military purposes. Fixed-wing drones are used by armed forces for military and defense purposes all over the world.
Device Type Outlook
By device type, the drone simulator market is divided into augmented reality, and virtual reality. The virtual reality segment led the drone simulator market with the highest revenue share in 2021. Virtual reality is able to tailor the expertise far better than if a user were in a regular simulator with a regular screen as a window because they are aware of exactly where users are in the virtual environment.
Regional Outlook
Region wise, the drone simulator market is analyzed across the North America, Europe, Asia Pacific and LAMEA. In 2021, the North America region dominated the drone simulator market with the highest revenue share. This is due to the presence of numerous drone businesses, manufacturers, and software firms in the United States and Canada. The American Army is putting a lot of effort into R&D and drone technology advancements. These elements are predicted to support regional growth over the course of the forecast period in the upcoming years.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include General Atomics, SZ DJI Technology Co., Ltd., Leonardo SpA, CAE Inc., Israel Aerospace Industries Ltd., Zen Technologies Limited, Havelsan A.S., Simlat Ltd., ST Engineering Limited, and ImmersionRC Limited.
Strategies deployed in Drone Simulator Market
Aug-2022: DJI released DJI Avata, a transformational new drone that offers an unparalleled experience of immersive flight. DJI Avata creates a new paradigm for first-person view drone flight, enabling every pilot to race through the skies & feel its astonishing performance, agility, and easy control.
Jul-2022: CAE introduced CAE 700MXR Flight Simulator, the newest advancement in pilot training. The launch focused on revolutionizing flight training for complex urban settings with a compact mini-motion platform as well as 360⁰ field of view visuals that deliver high-fidelity, physics-based simulation tailored to single-pilot operations. CAE 700MXR's ultra-realistic simulation bridges the gap between the physical & virtual worlds to deliver an unrivaled training experience for future eVTOL pilots.
Sep-2021: CAE partnered with BETA Technologies, an electric aerospace company. Through this partnership, both the companies would together design & develop its pilot and maintenance technician training program for the ALIA eVTOL aircraft. Further, CAE would leverage its expertise to design a full suite of innovative, digitally integrated curriculum & courseware solutions for the aviation workforce.
Nov-2020: CAE took over Textron, an American industrial conglomerate by acquiring TRU Simulation + Training Canada. This acquisition would enable CAE to expand its global installed base of commercial flight simulators and consumers, and the addressable market for simulator lifecycle support services.
Nov-2020: CAE completed the acquisition of Flight Simulation Company B.V. The acquisition would allow CAE to expand its capabilities to address the training market for consumers operating in Europe, including airline & cargo operators.
Sep-2020: Israel Aerospace Industries announced the acquisition of BlueBird Aero System, a leading UAS developer and integrator in the small tactical arena. This acquisition focused on enabling IAI to grow its operations & revenues, accelerate technological developments while lowering costs, reduce the time to market process, and enhance competitiveness.
Aug-2020: DJI came into a partnership with Shell Oil Company, a British multinational oil, and gas company. This partnership aimed at creating, testing, and deploying DJI drone technology at its Deer Park Manufacturing Complex to enhance efficiency as well as worker safety during industrial inspections & emergency incident response.
Feb-2020: Israel Aerospace Industries collaborated with Hindustan Aeronautics (HAL), an Indian state-owned aerospace and defense company, and Dynamatic Technologies (DTL), an Indian precision engineering company. This collaboration would focus on the sharing of new technologies for upgrading UAV capabilities & provide advanced systems that comprise integrated local technologies to Indian consumers.
May-2018: DJI entered into a partnership with Microsoft, an American multinational technology corporation. This partnership aimed at bringing advanced AI and ML capabilities to DJI drones, helping businesses harness the power of commercial drone technology and edge cloud computing. Through this partnership, DJI would launch a software development kit (SDK) for Windows that extends the power of commercial drone technology to the largest enterprise developer community in the world.
Market Segments covered in the Report:
By Component
By System Type
By Drone Type
By Device Type
By Application
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures