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FLIGHTS Inc.
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基本情報

屋内小間番号
27-01
所在地
〒105-0004 東京都港区新橋4-24-8 2東洋海事ビル8階
電話番号
03-5860-1023
ホームページアドレス
見どころPR
FLIGHTS Inc. is driven by the concept of “redefining the construction industry from the jobsite through 3D data.”
We develop and deliver innovative technologies that achieve high quality, low cost, and easy operation, accelerating the democratization of 3D data utilization at jobsites.

出展製品・サービス

RAKUSOKU series

製品・サービス説明

3D Site Measurement for Everyone — Instantly.

“RAKUSOKU” is a service series developed by FLIGHTS Inc. based on the concept that site measurement should be simple and accessible even for non-specialists.
To realize “Easy (Raku), Fast (Soku), and Accurate Measurement (Soku),” the solution integrates laser scanning and photogrammetry technologies with practical field expertise, enabling users to quickly grasp distances, areas, and earthwork volumes on site.

At this exhibition, we introduce the following three services that support the entire workflow from on-site measurement to data utilization.

■ RAKUSOKU Rent
An all-in-one rental package providing high-performance handheld laser scanners, analysis software, and terminal devices required for the entire workflow from scanning to data utilization.
It can be widely used for on-site inspections by engineering consultants, as well as for construction progress verification and as-built confirmation by contractors.

■ RAKUSOKU Geo
Utilizes drone photogrammetry and laser-scanning data to quantitatively manage daily earthwork volumes (cut and fill) and changes in temporary stockpile volumes.
It enables visualization of construction progress and automatic generation of progress reports.

■ RAKUSOKU Space
Generates 3D models from indoor data captured with handheld scanners, allowing easy measurement of ceiling heights, floor areas, wall surfaces, and more.
It can be effectively used for pre-renovation surveys and construction management.

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FLIGHTS SCAN series(UAV&Handy)

製品・サービス説明

FLIGHTS SCAN series is a high-precision 3D LiDAR solution designed for public surveying applications.
The lineup includes the UAV-mounted “FLIGHTS SCAN” and the handheld laser scanner “FLIGHTS SCAN Handy.”

■ FLIGHTS SCAN
FLIGHTS SCAN is a UAV-mounted LiDAR system that enables efficient wide-area surveying and 3D point-cloud data acquisition.

It is suitable for surveying large-scale environments such as forests, mountainous regions, rivers, and road corridors, supporting applications including topographic surveys and infrastructure investigations.
By utilizing laser measurement technology, the system can capture ground surface data beneath vegetation, allowing high-density point-cloud data to be collected across extensive areas in a short period of time.

In addition, FLIGHTS offers the “FLIGHTS SCAN Suite,” a comprehensive workflow solution that includes:

FLIGHTS PLAN: a web-based flight planning service with terrain-following capability

FLIGHTS POINT: point-cloud processing software

FLIGHTS DOCS: a web service for generating survey deliverables

Together, these solutions significantly reduce the time and labor traditionally required for terrain data acquisition using conventional surveying methods.

■ FLIGHTS SCAN Handy
FLIGHTS SCAN Handy is a handheld laser scanner that utilizes SLAM (Simultaneous Localization and Mapping) technology.

By enabling data capture while walking, it allows users to efficiently acquire high-density 3D point-cloud data in environments where drone operation is difficult, such as bridge substructures, tunnels, construction sites, and indoor spaces.
Even in GPS-denied environments, the system performs measurement through real-time self-localization, enabling accurate and rapid recording of structures and spatial environments

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FLIGHTS Bridge Inspection System

製品・サービス説明

FLIGHTS Bridge Inspection System is an inspection support service that combines drone technology with proprietary software to address challenges in aging infrastructure inspection, such as labor shortages and rising costs.

The system is listed in the Ministry of Land, Infrastructure, Transport and Tourism’s Performance Catalog of Inspection Support Technologies for Bridges and Tunnels, and is utilized as an alternative method to close visual inspection during routine bridge inspections.
(Technology name: Bridge inspection system using unmanned aerial vehicles (multicopters), Technology No.: BR010028)

One of its key features is the ability to perform stable automated flight-based image capture even in non-GNSS environments, such as substructures where GPS signals are unavailable.

Capturing images while maintaining a constant distance from and orientation toward the target—typically requiring advanced piloting skills—is automated by the proprietary flight control application “FLIGHTS CONTROL.” By controlling the aircraft based on distance measurements obtained from onboard vision sensors and barometric data, the system enables consistent, high-quality image acquisition.

Captured images can be immediately checked on site using the accuracy management application, preventing rework due to insufficient image quality.

For office processing, a proprietary image processing application and image compositing technology generate high-resolution orthomosaics without blur or distortion. An optimized AI system then automatically detects and measures cracks with high precision at a resolution of 0.1 mm.

This enables safe, efficient, and cost-effective inspections—from image capture to damage mapping—serving as an alternative to conventional methods that require bridge inspection vehicles or rope access.

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