Lidar technology for Land Surveying has been around for decades, but technological advancements have now made lidar more accurate, reliable, and affordable than ever before. At Aerotas, we've been processing aerial lidar data for years. In this article, we go through all of the different capabilities and processes necessary to get high quality survey deliverables from your lidar data.
On 10/10, DJI announced the Zenmuse L2. We believe the new L2 will offer exceptional technical improvements over both the L1 and the current mid-tier sensor market. We’re excited to share what we know about the delivery timeline, and how we view the technical specs.
DJI’s long-anticipated L1 sensor is finally here, and we’ve been doing dozens of test flights and spending hundreds of hours flying and analyzing data to create a real-world, field-tested review of the newest DJI L1 sensor.
DJI states that “The P1 supports 24mm, 35mm, and 50mm lenses with industry-specific DL mounts. Only use lenses engraved with the "DJI Enterprise" logo to produce survey-grade accurate results.” But, there is more to the story.
There are numerous ways to process GNSS data from the DJI M300 RTK and the Phantom 4 RTK. This article will discuss the five most common methods for processing data from DJI RTK drones and weigh their strengths and weaknesses.
Read the article to get answers to these common questions:
Can I use my Trimble, Leica, or Topcon base with the Phantom 4 RTK?
Is it possible to use my NTRIP correction service without a base station?
Will the DJI D-RTK 2 work as a standalone base or rover?
This article covers best practices for commercial drone operations, addressing regulatory hurdles, and gray areas, as well as strategies for handling onlookers and concerned parties. Despite the widespread discussions on drones, public perception remains sensitive. We'll explore approaches to encounters with the public, aiming to minimize disruption while staying within your rights as a drone operator.
