Unlike other methods of topographic assessment and data collection like the following, the LiDAR technology aces the game for top businesses with its data surveying services – 

  • Land surveying
  • GPS
  • Photogrammetry

Choosing a LiDAR Mapping Company in Illinois helps to bring better results for your business as it offers the following benefits – 

  • A higher accuracy – 
  • The vertical accuracy of the methods is 5-15 cms per second
  • Horizontal accuracy is 30-50 cms
  • It offers fast acquisition and processing –
  • Acquisition of 1000 sq. km in 12 hours!
  • DEM generation of 1000 sq. km in 24 hours!
  • The technology has a minimal human dependence, unlike photogrammetry, GPS or land surveying methods. This is why it is recommended for UFH Drafting Design Services.
  • It is weather and light-independent. Data collection can be independent of sun inclination and bad weather
  • It has a higher data density – 
  • Of around 16700 pulses per second
  • It covers more than 24 points per sq. m. 
  • The technology is also found to be affordable when compared to other alternatives especially. It is also recommended for its speed, accuracy and density.
  • LiDAR technology has canopy penetration which means that it can reach beyond the canopy. Hence it is recommended for accurate assessment of Residential Solar Panel Designs

However, quality control is important to ensure that the right data is collected. For undertaking high-end surveys, the data is constantly monitored from the insides of a truck apart from aerial views. This is important to ensure that the system is set up properly and gathers adequate data throughout the survey. When the data is collected in the software, it prevents repeated visits to the sites and lowers the turnaround time for the entire project. 

What makes LiDAR technology critical for top organizations? 

LiDAR technology works just like a regular radar and emits infrared light instead of radio waves. This estimates the time between output and reflected pulse. LiDAR technology also captures such data precisely and ensures that the distance measurements lead to a 3D matrix for the environment. It provides information about the objects, their position, shape and behaviour to obtain a comprehensive mapping of the environment. 

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