Written by: Maria Zavarce

Contributor: Lukas Wilgosh

In-Depth Look At ScoutDI's New Software Update (Version 2.0)

January 16th, 2025

3 minutes read

ScoutDI has announced the new Software Version 2.0 for the Scout 137 Drone System, a powerful update that makes inspections easier, smoother, and more efficient. Featuring advanced flight controls and upgrades to the Scout Operator App, it delivers real-time insights for smarter decision-making.

Redesigned SLAM-Based Flight Control

This update features a completely revamped SLAM-based flight control system, giving the Scout 137 Drone System unmatched precision in navigating complex environments. It provides:

Enhanced Stability: Improved flight performance in confined or high-turbulence spaces.
Smoother Navigation: Greater responsiveness makes it easier to approach and engage with surfaces, particularly for high-accuracy tasks like Ultrasonic Thickness (UT) measurements.
Increased Safety and Efficiency: Pilots can confidently operate in challenging environments with better drone adaptability.

Upgraded Scout Operator App

Additionally, the Scout Operator App has received a significant upgrade, adding powerful new features to simplify inspection workflows and give operators more control.

One of the standout additions is real-time 3D point cloud rendering which uses SLAM navigation to create a live, detailed map of the inspection environment, enhancing situational awareness. Additionally, new flight path tracking allows users to visualize where the drone has flown, with clear markers for Points of Interest (POIs) and Points of Measurement (POMs), ensuring inspections are well-organized.

Other improvements include advanced lighting controls, which let operators adjust settings for better visibility in dark or confined spaces, and a streamlined pre-flight setup that eliminates the need for manual configuration, just power up and fly.

Operators can also customize their experience with custom button mapping, making it easier to access advanced functions. Future updates are now hassle-free, thanks to one-click software updates.

This release marks a milestone in ScoutDI's mission to revolutionize confined space inspections, paving the way for future advancements in autonomy and data integration. With Software Version 2.0, the Scout 137 Drone System is fully equipped to handle the toughest inspection challenges.

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About the Author

Maria Zavarce, Marketing Coordinator at Measur, brings over two years of specialized experience in the drones and robotics industry. Combining her knowledge of emerging technologies with 8+ years of inbound marketing and SEO, she provides actionable insights into the transformative power of advanced solutions.

How Drones Enhance Bathymetric Surveys: A Safer and More Efficient Approach

Bathymetric surveys, which involve mapping the underwater topography of lakes, rivers, oceans, and other bodies of water, have historically been conducted using traditional manned boats equipped with sonar systems. While effective, these methods can be time-consuming, expensive, and sometimes risky, especially in shallow, remote, or hazardous waters. However, drones or unmanned aerial vehicles (UAVs) and unmanned surface vessels (USVs) are facilitating bathymetric surveys by offering a faster, more efficient, and safer alternative.

What is a bathymetric survey?

A bathymetric survey measures the depth and topography of the underwater surface, providing a detailed map of the waterbed. These surveys are essential for a variety of industries, including environmental monitoring, coastal engineering, underwater construction, and scientific research. Traditional methods often rely on echo sounders mounted on boats or ships, but drones now offer new possibilities for bathymetric data collection.

Types of Drones Used for Bathymetric Surveys

There are two primary types of drones used in bathymetric surveys, Aerial Drones (UAVs) and Surface Drones or USVs:

Aerial Drones (UAVs)

Drone-Based Echo Sounder

EchoLogger ECT D052S Echo Sounder

These drones are typically used to collect aerial data or to assist in launching smaller surface drones. They can also be equipped with LiDAR sensors or photogrammetry systems to map the water surface. For example, the DJI M350 RTK, can be outfitted with devices like the EchoLogger ECT D052S, a high-performance dual-frequency echo sounder that measures water depths between 0.5 to 200 meters. This echo sounder comes equipped with tilt and temperature sensors and features an RS232 interface, allowing easy integration with drones. Its lightweight and durable design make it ideal for deployment in challenging environments, offering accurate underwater data collection for small to large-scale water bodies. The echo sounder provides a versatile, efficient solution for detailed underwater mapping without the need for traditional manned vessels.

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