Drone - メーカー・企業43社の製品一覧とランキング

更新日：Sep 10, 2025 集計期間:Aug 13, 2025～Sep 09, 2025
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Droneのメーカー・企業ランキング

更新日：Sep 10, 2025 集計期間:Aug 13, 2025～Sep 09, 2025
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ジュンテクノサービス Saitama//Other construction industries 本社
DroneWorkSystem Fukushima//Facility Design Office
エアロセンス Tokyo//Service Industry 本社
4 TEAD Gunma//others
5 ドローン・フロンティア Tokyo//Service Industry

企業ランキングへ

Droneの製品ランキング

更新日：Sep 10, 2025 集計期間:Aug 13, 2025～Sep 09, 2025
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Agricultural Drone 'AGR16A/24A' DroneWorkSystem
Domestic high-performance agricultural drone AC101 connect TEAD
Domestic Agricultural Drone TSV-AQ3 ミラテクドローン本社
4 Measurement-specific industrial underwater drone 'FIFISH E-MASTER' ジュンテクノサービス本社
5 農業用ドローン「FLIGHT-AG」スリー・エス

Droneの製品一覧

76～90 件を表示／全 296 件

表示件数

A must-see! 【Drone Work Example】Roof Inspection

High-altitude inspections of lighting fixtures and other equipment are also possible! The camera's zoom function allows for high-resolution imaging even when enlarged.

We would like to introduce the roof inspection conducted using a drone. The inspection target was the roof (dimensions 30.5m x 19.6m, area 842m²), and the inspection item was water leakage. As a result of the inspection, there were chips in the tiles, which have a high possibility of leading to water leakage. Since there was no dirt on the chipped areas, it appears that not much time has passed since the chips occurred, so it was considered that water leakage had not yet occurred. Additionally, with the drone owned by our company, it is possible to take high-resolution images even when zooming in from a distance away from the structure. Please feel free to contact us if you require our services. [Work Example] ■ Inspection Target: Roof (dimensions 30.5m x 19.6m, area 842m²) ■ Inspection Item: Water Leakage ■ Inspection Result: There are chips in the tiles, which have a high possibility of leading to water leakage. *For more details, please refer to the PDF document or feel free to contact us.

企業：和幸設計広島支店
価格：Other

Other measuring instruments
Other services and technologies

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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 increasing productivity. According to an announcement from the Ministry of Land, Infrastructure, Transport and Tourism, "If a technology for accurately grasping the self-position measurement of UAVs (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 "Phantom 4 RTK" and "Matrice 210 RTK," which are capable of self-position measurement, thereby enhancing productivity. Additionally, we use PPK (Post-Processed Kinematic method using virtual reference points) to correct and analyze to high-precision position coordinates (within ±3 cm in all directions). By conducting drone surveys and generating point cloud data from continuous images with high-precision position coordinates using SfM, there is no need to measure the coordinates of control points and verification points with surveying equipment. This leads to a reduction in work time compared to conventional surveying, and it becomes easy to create necessary cross-sectional views from the point cloud data. *For more details, please refer to the PDF document or feel free to contact us.*

企業：和幸設計広島支店
価格：Other

Other measuring instruments
Other services and technologies
Surveying

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A must-see! 【Drone Work Case】 Management of Construction Quality for Legal Frameworks

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 work), 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, the work can be carried out safely and quickly on a desktop. 【Features】 ■ Reduction of measurement work on slopes ■ Efficiency in measurement work by measuring the complex undulations of slopes in a planar manner ■ Safe and rapid execution on a desktop using point clouds and other 3D models ■ Verification of formwork by measuring the 3D model *For more details, please refer to the PDF materials or feel free to contact us.

企業：和幸設計広島支店
価格：Other

Other measuring instruments
Other services and technologies

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2021 New Product Underwater Drone: FIFISH V6 EXPERT

Small industrial underwater drone! A safe and more efficient underwater work tool for professional use.

The FIFISH V6 EXPERT is a compact underwater drone that can be utilized for industrial purposes. Designed as a multifunctional and highly expandable model, it aims to facilitate operations in various environments. ◆ Recommended Point 1: Maximum 6 hours of submersion, also supports wired power supply from land! The battery inside the unit allows for a maximum submersion time of 6 hours. In wavy conditions, it typically lasts about 1.5 hours. ◆ Recommended Point 2: Equipped with the manufacturer’s patented Q-steady 2.0 motor! Compared to previous models, this unit features an enhanced motor that minimizes underwater vibrations. ◆ Recommended Point 3: 4K recording with a standard 166° ultra-wide angle! The sensor continues to use the 1/2.3 SONY CMOS from previous models. ◆ Recommended Point 4: Removable MicroSD for easy data extraction! This model comes with a standard 128GB card that can be removed when needed for data transfer. ◆ Recommended Point 5: A wide range of optional parts There are a total of 28 optional parts! You can swap parts according to the needs of your specific environment.

企業：ジュンテクノサービス本社
価格：100,000 yen-500,000 yen

maintenance

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Industrial Water Drone 'CHASING M2 PRO'

Evolving mobility! Full directional movement enabled by eight mounted thrusters.

The "CHASING M2 PRO" is an industrial underwater drone designed for underwater surveys, inspections, and operations. Despite its compact appearance, it is incredibly powerful on the inside. Compared to the previous model M2, the motor output has improved by 50%. It achieves a maximum depth of 150m, a maximum horizontal movement distance of 400m, and a top speed of 1.5m/s (3 knots). 【Features】 ■ Prevents entanglement of sand, stones, shells, and other debris in the motor ■ Equipped with a 4K camera and EIS for stable, high-quality shooting ■ Recording media is a removable microSD card ■ Extends operational time by using a replaceable battery *For more details, please refer to the PDF document or feel free to contact us.

企業：ジュンテクノサービス本社
価格：Other

Analysis and prediction system

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Underwater drone "FIFISH V-EVO"

Achieve both high resolution and high frame rate! Easily realize super high vision shooting.

The "FIFISH V-EVO" is an underwater drone that enables 4K recording and supports shooting at 60 frames per second, capturing natural smoothness and colors without frame drops even in scenes with intense movement, all in high definition and high quality. With an ultra-wide field of view of 166°, it realistically reproduces various underwater scenes. Thanks to unique technology development, it can maintain posture freely in various directions, allowing for intuitive movements. 【Features】 ■ Maximum diving depth: 100m ■ Navigation speed: 3.0 knots ■ Fluid resistance: 2.0 knots ■ Operating temperature: -10 to 60°C ■ Battery life: 4 hours (4 hours of hovering shooting, approximately 1 hour of full-speed shooting) *For more details, please refer to the PDF document or feel free to contact us.

企業：ジュンテクノサービス本社
価格：Other

Analysis and prediction system

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Compact and high-powered! Industrial underwater drone 'FIFISH E-GO'

Equipped with a 10,000 lumen LED light! The irradiation angle is 160°, allowing for brighter illumination over a wider area [Exhibited at the Construction and Survey Productivity Improvement Exhibition].

The "FIFISH E-GO" is an industrial underwater drone equipped with a 176° ultra-wide-angle 4K camera, achieving an industry-leading maximum field of view of 146° even underwater. Additionally, it realizes a minimum shooting distance of 10 cm, allowing for photography at very close distances for work purposes. Moreover, by utilizing AI learning algorithms, it identifies floating objects, plankton, and turbidity, and removes them from images to enhance clarity. ★ This product will be showcased at the "Construction and Surveying Productivity Improvement Exhibition" starting on May 22. 【Features】 ■ AI (Vision Lock & Clarity Enhancement) ■ 4K high-quality ultra-wide fisheye lens ■ New modular design ■ 360° full posture control * For more details, please refer to the PDF document or feel free to contact us.

企業：ジュンテクノサービス本社
価格：1 million yen-5 million yen

Analysis and prediction system

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Acecore Drone

Partnering with multiple LiDAR and camera manufacturers! We have robust security measures in place to prevent information leaks and other security issues.

Acecore Technologies is a Dutch industrial drone manufacturer with numerous achievements in Europe and other regions. It features a robust carbon fiber frame and weather resistance capable of withstanding moderate rain, and it partners with various LiDAR manufacturers, offering a wide range of payload system options tailored to customer needs. Additionally, it can fly without the need for a network environment, ensuring robust security measures against information leaks. 【Features】 ■ Partnerships with multiple manufacturers ■ Diversity of payload systems ■ Ability to mount cameras both above and below ■ Flexible customization ■ Custom configurations including color, data links, and additional sensors *For more details, please refer to the PDF materials or feel free to contact us.

企業：Ace-1 広島本社
価格：Other

Other measuring instruments

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Pesticide spraying drone "AGRAS MG-1"

It can be folded for easy loading and is easy to move! It is equipped with an obstacle sensor.

The "AGRAS MG-1" is a drone specifically designed for pesticide spraying, manufactured by DJI. It features an 8-blade motorized propeller, with a diameter of approximately 1.5m when deployed, and has built-in GPS functionality. When folded, it measures about 80cm, making it easy to load and transport. The tank can hold a maximum of 10L and is equipped with obstacle sensors. Additionally, we offer training for obtaining the MG-1 skill certification. If you have any questions regarding drones, please feel free to consult us. 【Features】 ■ Replaceable spraying device ■ Total weight of the aircraft approximately 10kg (excluding battery) ■ Excellent spraying system with takeoff and landing in small areas ■ Foldable for easy loading and transportation ■ Maximum 10L capacity tank, with the option to switch to a tank for granular substances *For more details, please refer to the PDF document or feel free to contact us.

企業：アルサ
価格：Other

Fertilizers and Pesticides

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[Example] Inspection of solar panels using drones

Utilizing drones for improved operational efficiency! It offers overwhelming speed compared to traditional manual filming methods.

This is an introduction to a case where drones were used for inspecting solar panels. By utilizing drones equipped with infrared cameras, it is possible to efficiently conduct inspections of abnormal areas, malfunctioning parts, and aging deterioration of the panels, which traditionally required manual inspection. Compared to manual photography methods, inspections can be performed at an overwhelming speed, thus reducing time. Additionally, by capturing images from above, it helps avoid oversights that may occur during manual inspections, leading to improved accuracy. 【Features】 ■ Enables photography in hard-to-reach areas for workers ■ Overwhelming speed compared to manual photography methods ■ Improved safety compared to photography using scaffolding or aerial work platforms ■ Avoids oversights from manual work by capturing images from above *For more details, please feel free to contact us.

企業：アルサ
価格：Other

Solar System Solar Module

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[Case Study] Ecological Survey Using Drones Survey Operations

Utilizing the advantages of drones to create maps based on data! Identifying habitats and population numbers.

This is an introduction to ecological surveys utilizing drones. Damage to crops caused by wildlife has exceeded 20 billion yen annually. About 70% of this damage is attributed to deer, boars, and monkeys, leading to a decline in farming motivation and an increase in abandoned farmland. Therefore, we utilized the advantages of drones to conduct various surveys, including data acquisition through the use of thermal infrared cameras and aerial photography. Factors contributing to the expansion of wildlife damage include the expansion of wildlife habitats, a decrease in hunters leading to a reduction in capture numbers, and an increase in abandoned farmland. [Survey Examples] - Daytime: Confirming the situation around the flight path and creating automatic navigation routes. - Nighttime: Manual flying based on the flight conditions during automatic navigation. - Infrared Camera: Capturing still images and videos, confirming transmitted images, and exploratory flights. - Acquired Data: Mapping based on data, identifying habitats and population numbers. - Identification of resident animals and provision to local governments. *For more details, please feel free to contact us.

企業：アルサ
価格：Other

Environmental Survey

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[Example] Infrastructure inspection using drones

Improving business efficiency! Introduction of the established inspection and diagnosis technology for bridges using drones.

This is an introduction to a case where inspection and diagnostic technology for bridges (social infrastructure structures) using drones has been established. The drone was positioned approximately 10 meters away from the bridge, focusing on the railing fixing bolts (indicated by the white circle), and images were captured at various magnifications. Equipped with a zoom camera, the drone demonstrated that it could obtain data comparable to close visual inspections without approaching the structure, thereby preventing damage or harm caused by collisions. As a result, capturing images of cracks and areas of paint peeling in high locations, which previously required scaffolding or aerial work platforms, has been simplified, leading to improved safety for workers, reduced time and costs, and enhanced operational efficiency. *For more details, please feel free to contact us.*

企業：アルサ
価格：Other

Structural Survey

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Cargo transport drone "QS8"

Equipped with an onboard control platform, designed to be dustproof and drip-proof, allowing for flights even in bad weather!

The QS8 is a drone designed for transporting goods. It can achieve stable flight with its eight blades and features a foldable design for easier portability. Additionally, it is equipped with an onboard control system, allowing it to fly in adverse weather conditions with its dustproof and splash-proof design. Alsa Corporation operates a drone school and conducts aerial photography and various business surveys using drones. If you have any issues with drones, please feel free to consult us. *For more details, please do not hesitate to contact us.*

企業：アルサ
価格：Other

Collection and transportation

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Next-generation drone LiDAR "FLIGHTS SCAN"

Reproducing reality with high-performance INS, in accordance with the "Guidelines for Work Procedures" of the Geospatial Information Authority of Japan for public surveying.

"LiDAR for Aerial Surveying Born from Aerial Measurement" Surveying LiDAR requires high accuracy and precision regarding the current terrain. To achieve this, the performance of the sensors, which determines the number of point clouds obtained and the types of terrain that can be accommodated, is crucial. However, the performance of drone LiDAR, which collects data while moving through the air, is influenced not only by the sensors. The "INS (Inertial Navigation System)" plays a vital role in measuring the sensor's speed, posture, and positional changes, making it an essential element for obtaining highly accurate data. FLIGHTS SCAN is a "LiDAR for Aerial Surveying" focused on this INS for professionals. 1. Usable for Public Surveys Equipped with a high-precision INS from Inertial Labs, a company with over 20 years of experience in inertial system development, providing systems across a wide range of fields such as aerospace, autonomous driving, and defense in over 20 countries worldwide. 2. Smart Operation A concise operation from data acquisition to analysis enables the creation of high-precision deliverables. 3. Compatible with MMS (Vehicle Mounted) and Handheld Suitable for extensive data acquisition, such as roadside information and entire urban areas, as well as interpolation surveying.

企業：FLIGHTS 本社
価格：Other

Other measuring instruments
Measurement and Analysis Equipment

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It is now possible to investigate difficult and dangerous locations, as well as the situation at the scene immediately after a disaster occurs!

It is a technology that is active in various fields of imaging, such as still photography, video recording, and 3D surveying!

"UAV" is an abbreviation for Unmanned Aerial Vehicle, which refers to small unmanned aerial vehicles in general. The advent of UAVs for surveying and photography has made it possible to investigate dangerous locations that were previously considered difficult, as well as the conditions at disaster sites immediately after an event. Additionally, due to their small size, UAVs can capture images in areas that traditional aircraft cannot approach, and they are currently being utilized in various fields of video production. 【Examples of UAV Applications (Excerpt)】 ■ Aerial Photography (Still Image Capture) - Public Projects: Wide-area photography for initial investigations of disasters and for design planning. - Private Sector: Diagonal photography for CG composition and capturing human letters at schools, etc. ■ Aerial Photography (Video Capture) - Public Projects: Using videos as explanatory materials for planning briefings. - Private Sector: Materials for creating PR videos (landscapes, products), etc. ■ Photogrammetry (3D Surveying) - Public Projects: Materials for creating PR videos (landscapes, products), etc. *For more details, please refer to the PDF document or feel free to contact us.

企業：ダイワ技術サービス
価格：Other

photograph
Video Production

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Drone × "Bridge Inspection"