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In general drone laser surveying, near-infrared laser light is used. While near-infrared is inexpensive and easy to handle, it is easily absorbed by water and has a low reflectivity on black objects, which can result in a lack of surface data depending on the ground conditions as well as the underwater terrain. The TDOT 3 GREEN uses green laser light, which has a wavelength that can overcome the weaknesses of near-infrared. Like near-infrared, it can also be used for land surveying, allowing the TDOT 3 GREEN to perform both terrestrial and underwater terrain surveys with a single unit. ■ Seamless Kinematic Processing The TDOT series provides a system that automates optimal trajectory analysis using electronic reference points and fixed stations that require expertise, seamlessly integrating the entire process up to point cloud data output. ■ Real-Time Display of Survey Data The cross-sectional data during the survey can be checked in real-time, allowing for monitoring whether the surveying work is being conducted as planned.

• Distance measuring device

GLOW.L is an industrial drone that utilizes a highly reliable domestically produced intelligence battery. It is designed to eliminate unnecessary components needed for the sensors mounted on the drone, optimizing the weight reduction and weight balance of the airframe, enabling programmed stable flight. Equipped with the drone laser scanner system "TDOT" series, it can achieve approximately 25 minutes of flight time. It is a compact, foldable design that is convenient for transport. You can easily take it to the site, and simply unfold and lock the foldable arms to complete the flight preparation. No tools are required, so you can be ready to fly immediately upon arrival at the site. ■ Equipped with Pixhawk flight controller ■ Comes standard with a dedicated GLOW control application Supports automatic piloting without any know-how. Manages tedious flight logs centrally. ■ Standard support for LTE Assists remote operation in areas without radio communication coverage ■ 5kg payload Equipped with a quick release for easy attachment and detachment of the TDOT series.

• Distance measuring device

A hybrid drone equipped with an extender developed to extend the range of electric vehicles. It can fly for extended periods by charging its built-in battery with an engine. It can fly for 4 hours without a payload and for 2 hours when equipped with the drone laser system "TDOT" series. You can conduct extensive surveys at once without worrying about running out of battery. Operation requires only refueling with mixed gasoline. The tasks of charging and replacing batteries, which hindered work efficiency, are eliminated, significantly improving the labor-saving of on-site operations. The extender uses a domestically produced compact extender developed by Ogawa Seiki Co., Ltd., which combines durability and quietness. Domestic support is available for everything from the supply of consumables to maintenance. ■ Equipped with Pixhawk flight controller ■ Standard GLOW dedicated control application Supports autopilot without know-how. Centralized management of cumbersome flight logs ■ Standard support for LTE Assists remote operation in areas without radio communication ■ Standard equipped with NVIDIA JETSON Capable of unique processing such as AI machine learning, high-load image processing, and autonomous driving systems.

• Distance measuring device

■ The drone-mounted laser scanning system "TDOT" is integrated with the RIEGL "VUX120," which boasts an astonishing performance of up to 2,400,000 pulses per second and 400 lines. Utilizing the high-performance GNSS/INS navigation system characteristic of the TDOT series, it achieves a seamless process from flight to data output. The long-awaited high-end laser scanner system "TDOT 7 NIR-S" has been born. ■ High-precision positioning of the drone's location, attitude, and orientation. It is equipped with a high-performance GNSS/INS integrated navigation system that improves the data output rate. The INS of the TDOT series has specifications that enable high-precision surveying within a few tens of millimeters while emitting laser light tens of thousands of times per second. ■ Seamless kinematic processing. The TDOT series provides a system that automates optimal trajectory analysis using electronic reference points and fixed stations, which require specialized knowledge, seamlessly constructing a series of tasks up to point cloud data output.

• 3D measuring device
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■Integration of the drone-mounted laser scanner system "TDOT" with RIEGL's "miniVUX-3UAV," which has a maximum of 300,000 points per second and 100 lines. The TDOT series features a high-performance GNSS/INS integrated navigation system, enabling a seamless process from flight to surveying and point cloud data output. The long-awaited laser scanner system "TDOT 7 NIR" has been born, equipped with high-precision real-time positioning analysis using LTE wireless communication and the addition of temperature information to point cloud data through a visible camera and a thermal imaging camera. ■Seamless Kinematic Processing The TDOT series provides a system that automates optimal trajectory analysis using electronic reference points and fixed stations, which require expertise, and seamlessly constructs a series of tasks up to point cloud data output. ■Equipped with a visible light camera (standard) and a thermal imaging camera (optional) The visible light camera can generate orthophotos and add color information to point cloud data. The thermal imaging camera detects temperature information that cannot be distinguished in 3D point clouds. This visualizes relationships, features, and trends that were previously unseen.

• 3D measuring device
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