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Drone - メーカー・企業59社の製品一覧とランキング

更新日： 集計期間:Oct 01, 2025～Oct 28, 2025
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Droneのメーカー・企業ランキング

更新日： 集計期間:Oct 01, 2025～Oct 28, 2025
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  1. G-Smart Tokyo//IT/Telecommunications
  2. 国際創研 Yamagata//IT/Telecommunications
  3. トピア 本社工場、名古屋事業所、神奈川事業所、埼玉営業所、神奈川営業所 Mie//Automobiles and Transportation Equipment
  4. 4 アイランドシックス Tokyo//IT/Telecommunications
  5. 5 Liberaware Chiba//robot
企業ランキングへ

Droneの製品ランキング

更新日： 集計期間:Oct 01, 2025～Oct 28, 2025
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  1. Smartphone app for reporting near-miss incidents from the field. 国際創研
  2. Drone manufactured using carbon molding technology *Exhibited at Drone Expo 2025 トピア 本社工場、名古屋事業所、神奈川事業所、埼玉営業所、神奈川営業所
  3. 【Equipment Monitoring Automation Service】Automated Patrol Drone 'IBIS' Liberaware
  4. 4 Capable of detecting various drones! R2-Wireless アイランドシックス
  5. 5 Field Report App "Smart Attack" G-Smart

Droneの製品一覧

16～30 件を表示 ／ 全 106 件

表示件数
Domestic development and domestic manufacturing of surveying and aerial photography drone "Build Flyer"

Domestic development and domestic manufacturing of surveying and aerial photography drone "Build Flyer"

A high-quality drone that has passed rigorous testing. It excels in strength and weather resistance, achieving stable measurements and photography. It is also equipped with a large-capacity battery.

The "Build Flyer" is a drone designed for surveying and aerial photography, made with high-rigidity magnesium alloy, balancing lightness and strength. It can achieve long flight times of 25 minutes with a 5kg payload and 45 minutes without a load (at a 90% discharge rate). It supports automatic flight level 3, making it effective in areas where manual surveys are difficult. 【Features】 ■ Made In JAPAN ■ Prevents deterioration from ultraviolet rays ■ Equipped with two large-capacity batteries of 22,000mAh ■ Adopts a highly secure flight controller ■ Conducted various tests including drop tests, EMC tests, connector durability tests, and IP tests *For more details, please refer to the materials. Feel free to contact us as well.

  • Other measurement, recording and measuring instruments

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Achieving advanced automatic spraying with a dedicated app【Agri Flyer Type R】

Achieving advanced automatic spraying with a dedicated app【Agri Flyer Type R】

With reliable technology and cutting-edge information utilization, making agriculture gentler, more efficient, and safe and secure, Made in Japan.

■ Domestic Drone Manufactured by Ishikawa Energy Research ■ The intelligent new edition "type-R" of the agricultural spraying drone "Agri Flyer" has been born. ◎ Achieves automatic flight and advanced automatic spraying through a dedicated application. Assists agricultural work safely with easy operation for beginners. ■ Easy range setting from satellite images (Using the dedicated app, you can easily and quickly register spray range points while viewing satellite images of the fields. It accommodates trapezoidal, triangular, and partially deformed fields.) ■ Powerful downwash sprays 1ha in about 10 minutes (The area set in the app is automatically sprayed. With a powerful downwash, it sprays thoroughly, and the speed-linked function allows for a consistent flow rate to be sprayed according to speed, enabling high-precision spraying.) ■ Maintains stable altitude even in fields with elevation differences (Horizontal sensors detect obstacles and automatically stop. By maintaining altitude with a downward lidar, stable flight and uniform spraying are possible. *This is an auxiliary function and does not guarantee collision avoidance.)

  • Other services
  • others
  • Other contract services

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[Splash Drone 4] 3-axis gimbal 4K camera kit and others

[Splash Drone 4] 3-axis gimbal 4K camera kit and others

Splash Drone 4 Boat Mode 3-Axis Gimbal 4K Camera Kit and Payload Release

【Contents】 - Splash Drone 4 Japan version platform - 3-axis gimbal 4K camera *1 unit - Payload release (PL1-S) *1 unit - Propellers *1 set - Landing gear *1 set - Controller *1 unit - Intelligent battery *1 unit - Smart battery charger *1 unit - Gimbal extension bar *1 unit - Carrying case *1 unit

  • others

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[AEROBO Solution Implementation Case] JX Metals Corporation

[AEROBO Solution Implementation Case] JX Metals Corporation

Significantly reduce the burden on workers with complete automation! Suitable for a wide range of applications such as surveying, inspection, monitoring, and logistics!

At AeroSense, we offer solutions such as "AEROBO Survey" using drones, as well as "AEROBO Inspection" and "AEROBO Transport." In this document, we introduce a case study of AEROBO utilization by JX Metals Co., Ltd., a global company contributing to the sustainable development of society through non-ferrous metal resources and materials. We spoke with the chief technical engineer from the Information Systems Department of the company's Metal Technology Headquarters. [Contents] ■ Towards the introduction of new technologies: Strengthening IT capabilities as an industry leader ■ Voices from the field: Needs are always present on-site ■ Background of AEROBO solution implementation: The key factor is the on-site perspective ■ Results from the demonstration experiment: Challenges are clearly identified ■ Expectations for AeroSense: Sensing is crucial, drones are a tool *For more details, please refer to the PDF document or feel free to contact us.

  • Circuit Board Inspection Equipment

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[Aerosense Case Study] All Nippon Airways Holdings Inc.

[Aerosense Case Study] All Nippon Airways Holdings Inc.

Streamlining lightning strike inspection operations with AEROBO × aircraft inspection!

At AeroSense, we provide solutions such as "AEROBO Survey" using drones, as well as "AEROBO Inspection" and "AEROBO Transport." In this document, we introduce a case study of AEROBO utilization by ANA Holdings Inc., the wings of Japan. We spoke with the person in charge of Digital Design Lab Innovation Research. [Contents] ■ Mission: Challenging new technologies to create innovation ■ What needs to be achieved: Maintenance and inspection tasks with drones ■ Now, into practice: The results were a great success ■ Challenge: Three issues ■ Moving forward: To solve the challenges *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments

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[AEROBO Introduction Case] Fujita Corporation

[AEROBO Introduction Case] Fujita Corporation

We are working on consolidating information from civil engineering sites to visualize the entire process.

At AeroSense, we provide solutions such as "AEROBO Survey" using drones, as well as "AEROBO Inspection" and "AEROBO Transport." This document includes a case study on the introduction of the AEROBOMarker and AEROBCloud by Fujita Corporation, which is working towards "visualizing all processes" by aggregating information on construction machinery, personnel, and surveying at civil engineering sites. [Contents] ■ Background of the introduction of AEROBOMarker and AEROBCloud ■ How they are actually being used ■ Expectations for AEROBOMarker *For more details, please refer to the PDF document or feel free to contact us.

  • Other environmental analysis equipment
  • Analytical Equipment and Devices

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Japanese-made VTOL drone "AeroBowwing"

Japanese-made VTOL drone "AeroBowwing"

Faster and farther.

Fully automatic vertical takeoff and landing fixed-wing drone Maximum speed of 100 km/h, maximum flight distance of 50 km

  • Other security and surveillance systems
  • 3D measuring device
  • Other industrial robots

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3D measurement (3D site survey)

3D measurement (3D site survey)

Site Investigation in the DX Era: From 2D Survey Maps to Next-Level 3D Surveys

Site surveys in the era of digital transformation. Upgrading from 2D survey maps to a higher level of 3D surveying. Since site inspections can be conducted from the office, significant time can be saved by not having to travel to the site. Additionally, we support sunlight simulations through AR perspective placement.

  • Other measurement, recording and measuring instruments

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Wired Power Supply Mobile Helipad and Control System for Drones - D-road

Wired Power Supply Mobile Helipad and Control System for Drones - D-road

Achieves precise inspections that do not depend on the skill of the drone operator. Enables long flight times unique to wired connections.

The D-road is a wired power supply mobile heliport and control system for drones, developed to solve the issues of "small battery capacity leading to short flight times" and "dependence on the skill level of the drone operator" for drones used in inspections and aerial photography. (Patent and trademark applications have been filed.) It is effective for inspecting large wind turbine blades and checking surface defects on wall tiles of tall structures. *Additionally, defect image analysis software can measure dimensions and areas of defects. 【Features】 - Long flight times enabled by wired power supply - Accurate altitude maintenance and setting - Prevention of runaway (compliant with FAA Part 107 industrial drone flight guidelines) - Equipped with a backup battery - Capable of vertical landing and downward flight *For more details, please refer to the PDF document or feel free to contact us.

  • Other services
  • Other measurement, recording and measuring instruments
  • others

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Unmanned Electric Yacht-type Drone

Unmanned Electric Yacht-type Drone

Maintain the same water area offshore without being fixed to the bottom! Unpowered yacht-type drone.

We are developing a "non-powered yacht-type drone" that can maintain the same water area offshore without being fixed to the seabed. This utilizes the principle that sailing vessels can move in the upwind direction due to the effect of the keel underwater. By shaping the hull symmetrically and reversing the sail against the wind, it moves back and forth to the left and right relative to the wind, similar to a train's switchback. 【Features】 ■ Maintains the same water area offshore without being fixed to the seabed ■ Moves using the wind force acting on the sail, eliminating the need for other power sources ■ Equipped with wind turbines and other devices to generate electricity, allowing various equipment to be used *For more details, please download the PDF or feel free to contact us.

  • 企業：OKYA
  • 価格：Other
  • Public Testing/Laboratory
  • Contract manufacturing

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What is the next-generation technology "4D Gravity" that overturns conventional drone wisdom?

What is the next-generation technology "4D Gravity" that overturns conventional drone wisdom?

Always maintains vertical stability during flight, allowing for stable 360° shooting! Improved basic performance such as fuel efficiency.

This is a next-generation VR filming drone that enables the capture of compact, high-quality 360° VR footage. The vertical rod that runs vertically through the center of the body maintains a constant vertical position during flight thanks to 4D Gravity. The two cameras installed at both ends of the vertical rod capture stable, high-quality 360° VR images without any blurring. 【Main Uses】 ■ Filming during disasters, for media organizations and local governments ■ Logistics, delivery, and infrastructure providers ■ Inspections, surveying, security, and pesticide spraying *For more details about 4D Gravity and specifications, please contact us or download the PDF for more information.

  • Other industrial robots

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Must-see! Proposal for Utilizing Drones

Must-see! Proposal for Utilizing Drones

We will utilize drones to meet various requests!

We propose the use of drones for surveying, construction management, inspections, and more. In surveying operations, drone photography allows us to obtain millions of point cloud data in a single shot, enabling the creation of 3D models that can be handled as data in 3D CAD, allowing us to gather necessary information without visiting the site. Examples: Creation of orthophotos, measurement of distances and areas, creation of restoration drawings for existing bridges. In construction management, point cloud data possesses high precision with X, Y, and Z coordinates for all points, making it possible to obtain accurate information about the shape of structures, the volume of earthworks, and more. Examples: Measuring and confirming dimensional shapes on a 3D model, calculating earthwork volumes on-site. In inspection operations, we can confirm the current state, such as damage locations, in a shorter period than before. Regular inspections are also effective for managing changes. Examples: Checking for cracks and damage in bridges, confirming the state of sediment accumulation, checking for leaks due to cracked roof tiles. Additionally, we offer a wide range of drone photography services, including landscape photos, videos, and commemorative photos at events. *For more details, please download the PDF or feel free to contact us.

  • Other contract services
  • Contract measurement
  • Contract Inspection

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A must-see! [Materials] Examples of Drone Operations

A must-see! [Materials] Examples of Drone Operations

"Bridge inspections" and "plane surveying," etc.! Detailed examples of work using drones are presented with photos!

This document introduces examples of drone work conducted by Wako Design. It includes "bridge inspections," "roof inspections," "plane surveys," and "formwork quality management," among others. We present this information clearly using photographs. Please feel free to download and take a look. 【Contents】 ■ Bridge Inspections ■ Roof Inspections ■ Plane Surveys ■ Earthwork Volume Management ■ Restoration of Existing Bridges *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Contract measurement
  • Other contract services

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A must-see! [Drone Work Examples] Plane Surveying

A must-see! [Drone Work Examples] Plane Surveying

Correct and analyze with high-precision position coordinates! It is easy to create necessary cross-sectional views from point cloud data.

In UAV plane surveying, the installation of control points is entirely done manually, accounting for about 35% of the total work time. Reducing this task as much as possible is key to enhancing productivity. According to an announcement from the Ministry of Land, Infrastructure, Transport and Tourism, if a technology for accurately measuring the UAV's self-positioning (RTK, PPK) is introduced, the installation of ground control points can be optional, and only accuracy verification at verification points is required. This allows us to omit the installation of control points when capturing images with our UAVs "Phantom4 RTK" and "Matrice210 RTK," which are capable of self-positioning, thereby increasing productivity. Additionally, we use PPK (Post-Processed Kinematic method using virtual reference points) to correct and analyze to high-precision position coordinates (within ±3cm in all directions). By conducting drone surveys and generating point cloud data from continuous high-precision photographs using SfM, there is no need to measure the coordinates of control and verification points with surveying instruments. This results in a reduction of work time compared to conventional surveying, and it becomes easy to create the necessary cross-sectional views from the point cloud data. *For more details, please refer to the PDF document or feel free to contact us.*

  • Contract measurement
  • Other contract services
  • Other measurement, recording and measuring instruments

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A must-see! 【Drone Work Case】 Management of Construction Quality in Legal Framework

A must-see! 【Drone Work Case】 Management of Construction Quality in Legal Framework

By measuring the 3D model, it is possible to confirm the shape! Conducted safely and quickly on the desktop.

In the management of formwork, it is often necessary to conduct measurement and photography work in areas that are difficult to measure, such as steep slopes, which can be dangerous and challenging. Starting from the fiscal year 2020, ICT-based construction methods have been introduced, including ICT slope work (formwork), allowing for the use of UAVs and other technologies in measurement methods in addition to traditional management. By performing special flights that differ from normal flying and creating high-precision 3D models, we can reduce measurement work on slopes. Using point clouds and other 3D models, this work can be conducted safely and quickly on a desktop. [Features] ■ Reduction of measurement work on slopes ■ Efficiency in measurement work by measuring the complex undulations of slopes as a surface ■ Safe and rapid execution on a desktop using point clouds and other 3D models ■ Verification of formwork can be achieved by measuring the 3D model *For more details, please refer to the PDF document or feel free to contact us.

  • Contract measurement
  • Other contract services
  • Other measurement, recording and measuring instruments

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