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Drone Survey

Using UAV Technology For Land Survey Projects

Using UAV Technology For Land Survey Projects

Land surveying and measurement gathering is the most basic, yet a crucial stage for any construction project. Over the period, the data collection methods have evolved significantly and now technology plays a vital role in execution. Traditionally, land surveyors would visit the site and collect measurements with survey instruments. But this method has always been problematic for multiple reasons such as inaccuracy of data, time and cost incurred and complexity in it. Moreover, sometimes project site could be difficult for humans to access. That’s where use of drones or UAV’s (Unmanned Aerial Vehicle or System) comes handy. Drone technology can scan potentially large landscapes or project sites and provide more accurate and elegant data compared to traditional methods. It collects data in the form of photogrammetric extraction (measurement with photographs), orthophotography and point clouds. Mostly the data collected through this process is huge in size, presenting micro details, at the same time its processing and output is reliable. In some cases, drone equipment itself could process the data up to certain extend. Applications of UAV Devices – Any size site mapping Volumetric measurements Change detection Inspections Construction site monitoring Damage assessment Automatic data processing (up to a certain limit) However, according to the survey requirements, drones of UAV’s can have customizable equipment’s which vary in resolution or data collection and processing capabilities. Following are the advantages of using drones as survey method. Advantages of UAV Accuracy in measurements Quickly acquired large scale data Dense coverage of large areas 2D & 3D measurements Flexible range Image interpretation capability (for object-based classification) Automatic data processing Recorded images lists the measuring process Cost and time saving method Operates in every terrain Work Flow – Like manned airborne platforms, VAS also collects imagery and produces the most accurate mapping output. Indovance has been using these advance technologies for all its survey drafting projects for years and has expertise in understanding the requirement and providing the most accurate solutions. If you are also looking for a partner who can work on your survey drafting projects, Indovance is the right partner for you. If you want to know more about our Civil engineering design services, reach us at [email protected] or speak to us at +1 919-238-4044

Drone Technology - Revolutionizing The Aerial Surveys

Drone Technology – Revolutionizing The Aerial Surveys

Drones have been around for a while. However, the technology has now been widely used in the surveying and remote sensing professions. But thanks to the advent of practical, lightweight lithium polymer batteries, low-cost drone technology, lightweight digital cameras and advances in close-range oblique aerial photography — all of which make the future of drones in surveying exciting. How It Works: There are two basic types of drones—fixed-wing unit and a rotor type.  Typically, a fixed wing unit would have a brushless electric motor, and the rotor type would have between three and eight (or more) brushless electric motors (referred to as multirotors).  The rotor units enable the drones to float at a specific altitude and position and operate in limited airspace. The technology for both systems relies on the featherweight lithium polymer battery that is able to store an incredible amount of power. The brushless motors have a large variable speed range with good power at all speeds, lightweight air-frames and a simple, hobby-type airplane radio controller. Devices like GPS and altimeters enhance their capabilities. Small, on-board video cameras with micro-video transmitters enable pilots on the ground wearing digital video headsets to “fly” as though they were sitting in the pilot’s seat. The Benefits: With the technology moving so rapidly and its adoption in aerial surveys, the drones would revolutionize surveying services. They are the most important technological advances introduced in this space.  The benefits of using a drone for surveying are immense. Highly accurate, high-definition maps can be created in a fraction of the time that it needed earlier Data of all sorts can be gathered by the drone including photography and video All information can be instantly uploaded to a server where it can be accessed by authorized individuals anywhere in the world It becomes much easier to reach difficult locations with drones Using drones is significantly safer in certain situations These are of course just a few of the reasons why this technology has been so important to the industry. As applied robotics continues to increase in complexity, there is very little doubt that the capabilities of surveying drones and the breadth of data that can be collected would only increase in the coming times.

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