Laser Surveying System Product List and Ranking from 4 Manufacturers, Suppliers and Companies

Laser Surveying System Product List

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UAV Laser Surveying System UL-3

UAV Laser Surveying System UL-3

Acquire 3D data of a wide area of the surface in a short time, suitable for shortening construction periods and reducing labor!

The UAV laser surveying system "UL-3," developed by TI Asahi, known for PENTAX brand surveying instruments. The maximum flight time is approximately 30 minutes (during hovering). Point clouds obtained by the LiDAR sensor are colorized using three 26 MP cameras. In forested areas, the laser reaches the ground surface, allowing for the acquisition of 3D surface data through software processing. It is suitable for obtaining surface data in extensive forest areas and for measuring in hard-to-access disaster sites. The multifunctional software (LP360Drone) is intuitive and easy to process. ■ Maximum flight time: approximately 30 minutes (during hovering / with measurement unit mounted) ■ Equipped with high-rate GNSS/IMU sensors ■ The aircraft is a Matrice350 • Maximum measurement distance of the LiDAR sensor Max. 300m at 100% reflectivity, 120m at 20% reflectivity • FOV 120° (lateral) 40.3° (forward) • Improved vegetation capture with three echoes • Equipped with high-precision IMU • Sensor status can be monitored via WebUI • The weight of the LiDAR unit is approximately 2.23kg • The aircraft is a DJI Matrice350 • Communication distance is approximately 8km

  • Surveying

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[Subsidy-eligible product] UAV and laser surveying system 'UL-1'

[Subsidy-eligible product] UAV and laser surveying system 'UL-1'

Workflow using local and computer systems! It determines accurate position and posture even in windy conditions.

The "UL-1" is a UAV and laser surveying system capable of high-precision three-dimensional modeling of numerical terrain models and large-scale numerical topographic maps. Laser surveying and aerial photogrammetry are mutually complementary through synchronization/hybridization using IMU. It easily enables aerial photogrammetry for map creation using UAVs. It demonstrates cost performance in mapping areas that include urban and forested regions. It is equipped with a long-range scanner and a full-size sensor DSLR camera. 【Features】 ■ High-rate GNSS/IMU sensors ensure precise positioning and orientation ■ Scanning width of 300m from a ground altitude of 150m ■ Workflow between the field and computer ■ Significant reduction in the number of GCPs ■ Built-in DSLR camera with a full-size sensor *For more details, please refer to the catalog or PDF materials, or feel free to contact us. ★ This product is a surveying instrument eligible for "subsidy utilization" at the time of purchase. It may be available for purchase at 1/2 to 1/3 of the regular price! If you are interested, please do not hesitate to contact us.

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  • Surveying
  • Other measuring instruments

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[Subsidy-eligible product] UAV and laser surveying system 'UL-2'

[Subsidy-eligible product] UAV and laser surveying system 'UL-2'

Acquisition of realistic 3D colored point clouds with built-in long-range scanner.

The "UL-2" is a UAV and laser surveying system capable of high-precision three-dimensional modeling of numerical terrain models and large-scale numerical topographic maps. 【Features】 ■ Total weight: Compact and lightweight at 9kg (with the measurement unit weighing about 2.7kg) ■ Flight time: Approximately 27 minutes (during hovering) ■ Multi-echo compatible high-precision laser equipped ■ High-rate GNSS/IMU onboard: Accurately calculates position and orientation ■ Camera: 12.3 megapixels ■ Airframe: DJI Matrice 300 ■ Controller includes an operation panel (no tablet required) ■ Communication range is approximately 8km (domestic) ■ Equipped with six-direction obstacle sensors. The folding structure makes it easy to assemble and store. The main battery comes in a set of two and supports hot swapping. *For more details, please refer to the catalog or PDF materials, or feel free to contact us. ★ This product is a surveying instrument eligible for "subsidy utilization" upon purchase. It may be available for purchase at 1/2 to 1/3 of the regular price! If you are interested, please do not hesitate to contact us.

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  • Surveying
  • Other measuring instruments

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Efficient output of accurate 3D point clouds and photos [Vehicle-mounted Photogrammetry and Laser Surveying]

Efficient output of accurate 3D point clouds and photos [Vehicle-mounted Photogrammetry and Laser Surveying]

Equipped with GPS, optical cameras, and various measuring instruments, continuously measuring while moving!

"Vehicle-mounted Photogrammetry Laser Measurement (MMS)" is a system that mounts measurement instruments such as laser scanners, GPS, IMU, and optical cameras on a vehicle to continuously measure while in motion. By expanding the data obtained from each measurement instrument into a common coordinate space, it efficiently outputs accurate 3D point clouds and images. Calibration technology to maintain the accuracy of this composite system is a key feature of this system. [Features] ■ Acquires location information via GPS ■ Captures situations with a camera ■ Obtains 3D data using a laser scanner ■ Collects tilt and other data with an IMU, and performs GPS correction ■ Acquires 2 million points of point cloud data per second *For more details, please refer to the PDF document or feel free to contact us.

  • Measurement and Analysis Equipment
  • Surveying

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[Example] UAV Laser Surveying i-construction Initial Survey

[Example] UAV Laser Surveying i-construction Initial Survey

We will introduce examples of UAV and laser surveying using PENTAX's dual-frequency GNSS receivers!

We would like to introduce a case study of i-construction site surveying from our client, Michibata Corporation in Fukui City. Michibata Corporation is actively engaged in ICT-utilized construction (i-Construction) commissioned by the Ministry of Land, Infrastructure, Transport and Tourism. They handle everything from the creation of 3D design data, UAV aerial surveying, point cloud processing, to 3D as-built management. You can find more details in the related links below, so please take a look. *For more information, please refer to the PDF document or feel free to contact us.

  • Measurement and Inspection

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Utilization of MMS (video-related)

Utilization of MMS (video-related)

The electronicization of road ledger through MMS enables efficient road management at low cost and in a short period of time.

Sato Giken's "MMS" includes a 3D laser surveying system and a 3D video surveying system. The 3D video surveying system uses the "MMS-IP-S2 Lite" to capture 360° panoramic video. It allows for simple measurements of length, height, and area. The 3D laser surveying system supports video recording for creating road ledger using the measurement vehicle "MMS-K320." It can confirm the deterioration of pavement and cracks, and can be utilized for simple measurements such as crack length and repair area. Furthermore, GIS software can link maps and videos (MMS), allowing for the integration of attribute information and video. 【Applications】 ■ Management of occupied objects such as sewer manholes and NTT/electricity utility poles ■ Management of facilities installed by the Public Safety Commission, such as road signs and traffic lights ■ Confirmation of pavement deterioration and cracks ■ Simple measurements of crack length and repair area ■ Building sign surveys (permitted and unpermitted surveys, etc.) *For more details, please download the PDF or feel free to contact us.

  • Surveying Consulting
  • Other Management Services
  • Other construction services

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[Subsidy-eligible product] UAV and laser surveying system 'UL-3'

[Subsidy-eligible product] UAV and laser surveying system 'UL-3'

Acquire 3D data of a wide area of the surface in a short time. Suitable for shortening construction periods and reducing labor.

The "UL-3" is a UAV and laser surveying system capable of high-precision three-dimensional modeling of numerical terrain models and large-scale numerical topographic maps. 【Features】 ■ LiDAR sensor with a point cloud density of 640,000 points/360° ■ Maximum measurement distance of 300 meters, suitable for measuring forest areas and disaster sites ■ Equipped with high-rate GNSS/IMU sensors and the Matrice 350 aircraft ■ Maximum flight time of 30 minutes (during hovering) with a communication range of approximately 8 km ■ The area that can be measured on a single full charge is 458m x 458m = approximately 21 hectares (equivalent to about 4.5 Tokyo Domes). ■ The software "LP360" allows for intuitive operation, enabling the generation of deliverables and classification of point clouds. *For more details, please refer to the catalog or PDF materials, or feel free to contact us. ★ This product is a surveying instrument eligible for "subsidy utilization" upon purchase. It may be available for purchase at 1/2 to 1/3 of the regular price! If you are interested, please do not hesitate to contact us.

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  • Surveying
  • Other measuring instruments

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UAV laser surveying system 'UL-3' effective for shortening construction periods and reducing manpower.

UAV laser surveying system 'UL-3' effective for shortening construction periods and reducing manpower.

Acquire 3D data of a wide area of the surface in a short time. Suitable for shortening construction periods and reducing manpower!

The 'UL-3', developed by TI Asahi, known for its PENTAX brand surveying instruments, is a UAV laser surveying system that can acquire high-precision 3D data of extensive surface areas using a LiDAR sensor and three 26 MP cameras. It can fly for up to 30 minutes and is particularly suitable for measuring forest areas and disaster sites. The measurement distance is up to 300 meters. It employs high-rate GNSS/IMU sensors and the Matrice 350 airframe. The included LP360Drone software makes it easy to create deliverables, effectively shortening project timelines and reducing manpower. 【Features】 ■ LiDAR sensor with a point cloud density of 640,000 points/360° ■ Maximum measurement distance of 300 meters, suitable for forest areas and disaster sites ■ Equipped with high-rate GNSS/IMU sensors and the Matrice 350 airframe ■ Maximum flight time of 30 minutes (during hovering) with a communication range of approximately 8 km ■ The area that can be measured on a full charge is 458 m x 458 m = approximately 21 ha (equivalent to about 4.5 Tokyo Domes). ■ The intuitive software "LP360" allows for the generation of deliverables and classification of point clouds. *For more details, please download the materials or contact us.

  • Surveying

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