The global LiDAR Drone market size was valued at USD 58.3 million in 2019 and is anticipated to grow at a CAGR of 31.7% during the forecast period. LiDAR drones are increasingly being used for efficient mapping owing to the use of rapid laser pulses for remote sensing. They send out multidirectional laser pulses using oscillating mirrors to map ground points and terrain through analysis of returning pulses. Diverse applications are experiencing an increased demand for high resolution digital surfaces, terrain and elevation models, driving the growth of the market.
LIDAR无人机的自动化需要处理涉及科学算法计算和基于云的捕获数据点的云的处理的组合进行复杂分析的系统。该算法使它们更准确和有效地检测目标对象。3D成像的需求正在寻求消费者,商业和政府应用的上升。LIDAR无人机正在许多政府申请中采用,例如与道路,铁路,城市和森林管理有关的规划和监测活动莱达捕获的图像也需要在大型基础设施项目中的走廊映射,如机场,铁路路线,高速公路和水体。这些无人机在智能家电中的应用对于传感目的将增加短程LIDAR无人机的市场。
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莱达drones are being use in the forestry and agriculture sectors for applications such as green netting, estimation of crop health, monitoring of productivity of soil, detection of chemically affected areas, conservation of forests, water resource management and others. They make it easier to capture real-time images of crops remotely exhibiting current status of vegetation for improved data processing, sensitive mapping strategies and analytics of data gathered to determine crop vigor. Growing need for green cover conservation, increased level of pollution and carbon emission in the environment, decrease in the productivity from agriculture industry due to chemicals & pesticide spraying has accelerated the demand for the LiDAR drones.
增加采用云计算,GIS,低成本激光雷达系统,无线技术,先进的运动和温度传感器,无人驾驶车辆的开发,高精度摄像机等都将支持该市场的增长。对土地结构和地形地图的多维模型的高要求也有利于市场的增长。从事建筑,工程和采矿,测量,土地管理和规划的政府和私营公司可能会导致未来几年激光德尔德隆需求的增加。LIDAR无人机提供了适用于挖掘和施工的安全性和精确的位置。交通流量,更好的路线规划和设计,详细地形模型,3D建模和重建的优化是导致土木工程中想象解决方案日益增长的因素。
该市场主要是根据类型,范围,组成部分,应用程序和地理区域进行分段。
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On the basis of type, the market is segmented into fixed-wing, and rotary-wing. The demand for rotary-wing drones is expected to be superior than fixed-wing drones during the forecast period. Rotary wing drones are equipped with 2 or 3 rotor blades revolving around a fixed mast. Rotary drones provide the ability for vertical takeoff and landing. These drones are mostly operated in smaller vicinity with limited area. There has been an increasing demand for rotary-wing LiDAR drones across inspection and precision applications owing to its accurate hovering and agile maneuvering capabilities.
该范围段已被分成短程,中等范围和远程LIDAR无人机。2019年,短程分部占市场份额最高。它们广泛用于工业环境,农业和汽车领域,用于监测较小的空间尺寸,并迅速变化低海拔。这些无人机用于以低成本的快速收集数据点。
组件的基础上,市场分割into cameras, navigation and positioning units, laser scanners, and others. A massive increase in the use of advanced cameras to capture geographic information of ground data for analysis of geospatial services, GIS, aerial imaging, security and others has been registered. High definition action camera with superior quality of pixel resolution are being developed by market players to cater to the high demands for low cost, automatic aerial solutions with high precision value.
在申请的基础上,市场分段为走廊映射,航空航天和防御,采矿,建筑,娱乐,环境,农业等。走廊映射占2019年最高的市场份额。走廊测绘在城市规划,洪水管理,陆地收购,设计工程中找到了应用。它还用于公路和铁路路线分析,基础设施资产管理,机场滑行边坡危险,以协助规划和检查首选的路线及其替代方案。
北美占2019年全球激光雷达尔·无人机市场。工业自动化和计量应用技术进步的增长推动了在北美地区的激光雷达尔无人机的采用。LIDAR无人机提高了改进的准确性,实时映射能力和更好的可视化。LIDAR无人机越来越多地用于国防部门,包括地理空间测量和军用空气传播和海军船舶的测绘。
LIDAR Droone Market的领先球员包括Geodetics,Inc。,Faro Technology,Trimble Negation Limited,SZ DJI Technology Co.Ltd,Velodyne Lidar,Inc。,Phoenix Lidar Systems,UMS Skeldar,Teledyne Optech,Riebl激光测量系统GmbH,Yellowscan,OnyxScan,Lidarusa,Delair,Sick AG,Microdrones,Leica Geosystems AG,以及3D Robotics,Inc。通过为其客户推出先进的解决方案来加强其市场存在。这些玩家还与其他市场领导人合作,扩大其产品并获得新客户。