Integration of the TDOT system and the Leagool-made laser unit has resulted in the birth of a high-performance laser scanner system.
■ 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 that enables 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 from 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 that require knowledge, seamlessly constructing 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. It visualizes relationships, features, and trends that were previously unseen.
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basic information
■TDOT 7 NIR ■Product Size (approx.): W315 x H140 x D110 mm ■Product Weight (approx.): For RIEGL miniVUX-3UAV: 2.4kg ■Communication Frequency Band: 2.4GHz, LTE ■GNSS: GPS, GLONASS, Galileo, QZSS (Michibiki), BeiDou ■Laser Scanner Module: Choose either RIEGL miniVUX-1 UAV or RIEGL miniVUX-3UAV ■Standard Equipment: NVIDIA JETSON, LTE module, visible camera ■Attachment: Choose either GLOW series or DJI SKYPORT <INS Specs> ■Position Accuracy: 5mm ■Heading: 0.03° ■Pitch/Roll: 0.006° ■Speed: 0.01m/second
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Applications/Examples of results
The TDOT series is optimized for drone laser surveying. The INS of the TODT series is equipped with specifications that enable high-precision measurements within tens of millimeters while emitting laser light tens of thousands of times per second. Main applications: - Construction DX - Understanding the current situation in disaster-stricken areas and disaster assessment - Slope disaster prevention consulting - Alternative work for aerial laser ALB - Infrastructure surveys in mountainous areas - Archaeological surveys and more.
Detailed information
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The drone-mounted laser scanner system "TDOT" integrates the RIEGL "miniVUX-3UAV," which can capture up to 300,000 points per second and 100 lines. It enables a seamless process from flight to point cloud data output, specialized for surveying, using the high-performance GNSS/INS integrated navigation system, which is the main feature of the TDOT series. The laser scanner system "TDOT 7 NIR" is equipped with much-anticipated features such as high-precision real-time positioning analysis using LTE wireless communication and the addition of temperature information to point cloud data through visible and thermal cameras. It enables high-precision drone laser surveying.
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Company information
Amuse One Self was established in 2011 and independently develops hardware and software related to 3D measurement necessary for ICRT (Information and Communication Technology + Information and Robot Technology). In particular, since successfully commercializing Japan's first drone-mounted laser scanner in 2013, the company has been engaged in extensive research and development on the use of industrial drones, including providing cloud solutions for high precision in i-Construction and immediate surveying on-site. In recent years, it has also focused on establishing technologies for the safe operation of drones and accident prevention from both hardware design and education perspectives.
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