We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Drone.
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Drone Product List and Ranking from 45 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Aug 13, 2025～Sep 09, 2025
This ranking is based on the number of page views on our site.

Drone Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 13, 2025～Sep 09, 2025
This ranking is based on the number of page views on our site.

  1. Liberaware Chiba//robot
  2. アイティーシム Kanagawa//Trading company/Wholesale
  3. ブルーイノベーション Tokyo//robot
  4. 4 ロボデックス Kanagawa//Industrial Electrical Equipment
  5. 5 TSP Osaka//environment
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Drone Product ranking

Last Updated： Aggregation Period:Aug 13, 2025～Sep 09, 2025
This ranking is based on the number of page views on our site.

  1. Ultra-narrow space inspection drone "IBIS2" Liberaware
  2. Disaster Response Speaker-Compatible Drone [Build Flyer Chrome] アイティーシム
  3. Hybrid drone powered by a gasoline engine generator. ロボデックス
  4. 4 Infrared exterior wall inspection using drones [Inspection period as short as half a day!] ドローン・フロンティア
  5. 5 "ELIOS 2" Inspection Drone for Plants, Factories, and Infrastructure Facilities ブルーイノベーション

Drone Product List

121～135 item / All 230 items

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Intelligence Battery Domestic Drone "GLOW.L" - AOS

Intelligence Battery Domestic Drone "GLOW.L" - AOS

Excellent portability and significantly improved mobility. Standard platform for industrial drones.

GLOW.L is an industrial drone that utilizes a highly reliable domestically produced intelligence battery. It is designed to eliminate unnecessary components needed for the sensors mounted on the drone, optimizing the weight reduction and weight balance of the airframe, enabling programmed stable flight. Equipped with the drone laser scanner system "TDOT" series, it can achieve approximately 25 minutes of flight time. It is a compact, foldable design that is convenient for transport. You can easily take it to the site, and simply unfold and lock the foldable arms to complete the flight preparation. No tools are required, so you can be ready to fly immediately upon arrival at the site. ■ Equipped with Pixhawk flight controller ■ Comes standard with a dedicated GLOW control application Supports automatic piloting without any know-how. Manages tedious flight logs centrally. ■ Standard support for LTE Assists remote operation in areas without radio communication coverage ■ 5kg payload Equipped with a quick release for easy attachment and detachment of the TDOT series.

  • Distance measuring device

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Facility inspection using drones for factory and building exterior walls.

Facility inspection using drones for factory and building exterior walls.

No need for scaffolding or high-altitude work. Safe aerial overview photography and shooting from outside the explosion-proof area.

We will introduce the use of drones for facility inspections of factory and building exterior walls. By changing the onboard equipment, such as optical zoom cameras and infrared cameras, we can accommodate various inspections. It is also suitable for capturing an overview from above. Additionally, by using scan data from LiDAR and software to create 3D models, we can check the condition of the exterior walls from angles that are impossible to assess from the ground. 【Features】 ■ Clear images can be obtained even when flying from a distance using optical zoom ■ There are many applications for modeling creation and more ■ Infrared camera imaging can be utilized to detect anomalies ■ It is possible to capture images from outside a hazardous area into the hazardous area using an optical 30x zoom camera *For more details, please refer to the PDF document or feel free to contact us.

  • Remote Control

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Inspection of pipes and sewers using indoor inspection drones.

Inspection of pipes and sewers using indoor inspection drones.

Even in non-GPS environments! Flight is possible while automatically controlling with sensors.

We will introduce the use of indoor inspection drones for pipe and sewer inspections. Since we have adopted a spherical guard that does not pose a problem when in contact with pipe walls, it is safe to work even when passing through narrow manholes. The drone can fly in non-GPS environments where conventional drones cannot, using sensors for automatic control during flight. Additionally, it not only avoids the risk of toxic gases to workers but also reduces inspection time from 2 days to 4 hours. 【Features】 - Eliminates the risk of toxic gases from inspectors entering the area, resulting in discoveries of piping not shown on blueprints. - The spherical guard allows for safe passage through narrow manholes, even if contact occurs. - By adjusting the intensity and angle of illumination, it is possible to check for issues such as peeling paint. - Capable of flying in environments where GPS signals are unavailable or where flying poses risks due to narrow spaces. *For more details, please refer to the PDF document or feel free to contact us.

  • Remote Control

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Identify inspection and maintenance targets in the ELIOS 3 3D report.

Identify inspection and maintenance targets in the ELIOS 3 3D report.

Improve efficiency! Clearly identify maintenance targets with a 3D report.

"ELIOS 3" continues to work in collaboration with the Inspector from data collection to decision-making, improving efficiency throughout all processes of the inspection process. With LiDAR, it is possible to intuitively create reports on the inspection targets in a 3D model. We provide a faster, more accurate, and reliable data localization system using specific points or objects of interest (POI) collected during flight as high-density point clouds. [Features (partial)] ■ FlyAware(TM) SLAM engine ■ Stable flight using SLAM technology ■ Real-time 3D map ■ 3D report ■ 3D surveying solution ■ Modular payload bay *For more details, please refer to the PDF materials or feel free to contact us.

  • Remote Control

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[Case Study] Introduction of Drone Inspections Shortens Equipment Recovery Time

[Case Study] Introduction of Drone Inspections Shortens Equipment Recovery Time

Towards the realization of a carbon-neutral society! Accurate, efficient, and safe equipment inspections are possible.

IHI Corporation utilizes "ELIOS" for boiler inspections, enabling the quick detection of damaged areas and reducing the number of days required for equipment recovery. This has achieved a reduction in opportunity losses for our client, the power generation company. Furthermore, the footage captured by "ELIOS" can be checked in real-time from outside the equipment without the need to climb to high places. This allows IHI's boiler designers, who are well-versed in boiler systems, to participate in the inspection work, making it possible to conduct accurate, efficient, and safe equipment inspections. *For more details, please refer to the PDF document or feel free to contact us.*

  • Remote Control

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[Case Study] Improving Efficiency and Advancement of Operations through Drone Inspections

[Case Study] Improving Efficiency and Advancement of Operations through Drone Inspections

Stable flight even in special environments such as non-GPS areas, dark places, and confined spaces!

Since 2019, Kyushu Electric Power has been utilizing "ELIOS" for boiler inspections at thermal power plants, internal chimney inspections, and bridge inspections to improve operational efficiency within the company. Furthermore, for external customers, in addition to internal chimney and bridge inspections, "ELIOS" is being used for various infrastructure inspections such as duct interiors and waterways, achieving numerous results. "ELIOS," which can fly stably even in special environments such as non-GPS areas, dark places, and confined spaces, has a high operational rate among the many aircraft owned by Kyushu Electric Power and is an indispensable aircraft. *For more details, please refer to the PDF document or feel free to contact us.*

  • Remote Control

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[Case Study] Drone inspection significantly reduced the inspection time for buried piping from "5 days to 2 hours."

[Case Study] Drone inspection significantly reduced the inspection time for buried piping from "5 days to 2 hours."

On-site work completed in about 2 hours! It is possible to check for any damage that requires repair before cleaning.

We would like to introduce a case where Idemitsu Kosan's Tokuyama Plant used our "ELIOS2" for inspecting buried piping. In the entrance inspection of the buried piping used for cooling seawater in plant facilities, there was a problem that it required about five days of cleaning before starting visual inspections, which delayed the confirmation of damages that needed repairs. By using "ELIOS2," it became possible to check for damages requiring repairs before cleaning the buried seawater piping, and the on-site work was completed in about two hours. [Case Summary] ■Challenges - Approximately five days of cleaning time is required before starting visual inspections. - Delays in confirming damages. ■Results - Able to confirm the presence of damages requiring repairs before cleaning. - On-site work was completed in about two hours. *For more details, please refer to the PDF document or feel free to contact us.

  • Remote Control

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[Case Study] Early identification of areas requiring detailed inspection and repairs through drone inspections.

[Case Study] Early identification of areas requiring detailed inspection and repairs through drone inspections.

Estimate priorities early! Complete regular maintenance work within the schedule without sacrificing safety.

We would like to introduce a case where Idemitsu Kosan's Tokuyama Plant used our "ELIOS2" for regular maintenance work. There was a constant need to optimize prioritization, such as conducting open inspections on over 1,000 pieces of equipment within a limited timeframe, confirming deterioration and damage, and determining repair policies and order as necessary. By early identification of areas requiring detailed inspection and repair from long-distance piping, we can estimate repair methods, construction periods, and priorities early on. [Challenges] - Delays in the construction period due to repairs can lead to delays in the plant's restart. - Directly linked to significant production losses. - Continuous demand for optimization of prioritization. *For more details, please refer to the PDF document or feel free to contact us.*

  • Remote Control

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Bridges inspection drones listed in the Ministry of Land, Infrastructure, Transport and Tourism's "Inspection Support Technology Performance Catalog."

Bridges inspection drones listed in the Ministry of Land, Infrastructure, Transport and Tourism's "Inspection Support Technology Performance Catalog."

Create high-precision three-dimensional models! It is possible to check the shape even in areas that people cannot visit.

The bridge inspection technology utilizing our "ELIOS 3" has been featured in the Ministry of Land, Infrastructure, Transport and Tourism's "Inspection Support Technology Performance Catalog." With the LiDAR equipped in this product, we can acquire three-dimensional data and create high-precision three-dimensional models of the interiors of boilers and factories. By creating three-dimensional models, we can quickly confirm layouts when making changes to production line configurations. 【Features】 ■ The LED light has an illuminance of 16,000lm, allowing it to brightly illuminate even the widest and darkest spaces. ■ The camera can tilt directly up and down. ■ There is minimal reflection from the guard, enabling stable photography of ceiling beams and other structures. ■ There is a low risk of damage from contact with equipment. ■ Photogrammetry is also possible with the equipped camera. *For more details, please refer to the PDF document or feel free to contact us.

  • Remote Control

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[Technical Introduction] Bridge Inspection Technology Utilizing the Inspection Drone "ELIOS 3"

[Technical Introduction] Bridge Inspection Technology Utilizing the Inspection Drone "ELIOS 3"

Stable flight even in environments where GPS does not work! It is possible to identify the location of defects such as cracks.

We would like to introduce our spherical inspection drone "ELIOS 3" and its bridge inspection technology. Due to its spherical guard and collision resistance, it can enter narrow spaces for filming. Additionally, by utilizing SLAM technology, it can fly stably even in environments where GPS is ineffective, such as under girders and box girders. 【Features】 ■ Stable flight in GPS-denied environments thanks to SLAM technology ■ Capable of entering narrow spaces for filming due to spherical guard and collision resistance ■ Equipped with a camera that can tilt 180° up and down, allowing for filming of the top surface of deck slabs ■ Capable of filming in dark areas with a 16,000-lumen LED light ■ Able to identify the location of defects such as cracks *For more details, please refer to the PDF document or feel free to contact us.

  • Remote Control

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Indoor inspection drone "ELIOS 3"

Indoor inspection drone "ELIOS 3"

For inspections of facilities that are difficult for people to access. 3D modeling of point cloud data obtained with LiDAR is also possible.

The "ELIOS 3" is a drone that efficiently performs inspection tasks in hard-to-reach areas by utilizing LiDAR sensors and SLAM technology. It scans the surroundings with a LiDAR sensor to create a high-density point cloud map, which is displayed in real-time on the operator's tablet along with captured images. Integration with GeoSLAM's software package enables the creation of detailed point cloud data (3D modeling). 【Features】 - Stable flight unaffected by surrounding conditions or environments thanks to SLAM technology - Ability to create reports on 3D models in collaboration with the dedicated software "Inspector" - Equipped with a camera that can tilt 180° and an LED light with a maximum of 16,000 lumens - Contributes to improved safety in inspection work and enhances the efficiency of facility operation and management *For more details, please refer to the materials. Feel free to contact us with any inquiries.

  • Inspection robot

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Aerial Weather Observation Drone "R-SWM"

Aerial Weather Observation Drone "R-SWM"

Introducing a drone that enables aerial weather observations at any altitude and any latitude/longitude!

The "R-SWM" is a drone equipped with technology capable of observing true wind direction and speed for upper atmospheric weather observation. It is equipped with a weather observation device that can be bolt-on to the Mini Surveyor. Real-time data can be monitored and recorded on the ground using dedicated software. It can be used for preliminary surveys and post-verification during wind power generation planning, as well as for upper atmospheric weather observation from a drone control tower. 【Features】 - Weather observation device that can be bolt-on to the Mini Surveyor - Observation elements include 5 factors (wind direction, wind speed, temperature, humidity, atmospheric pressure) *All can obtain certification from the Japan Meteorological Agency - Continuous weather observation powered by a separate power source (square dry batteries) - Transmission unit with memory (1-second recording) - Ground station can record and monitor real-time weather data - Weight approximately 1.2 kg (transmitter + weather instrument + ancillary parts) *For more details, please refer to the PDF document or feel free to contact us.

  • Other safety equipment
  • Other measurement, recording and measuring instruments
  • others

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VTOL drone "WingtraOne"

VTOL drone "WingtraOne"

Equipped with terrain-following flight capabilities! It can automatically calculate ground altitude, allowing for safe and optimal flight at the appropriate altitude.

The "WingtraOne" is a VTOL drone designed for large-scale data acquisition. Using only two propellers and two flaps, it achieves both vertical takeoff and landing like a rotary-wing drone and high-speed horizontal flight characteristic of fixed-wing aircraft. It enables takeoff and landing in limited narrow spaces while simultaneously performing extensive aerial photography with high-speed flight lasting up to approximately one hour. 【Features】 ■ Wider area mapping ■ Terrain-following flight capability ■ Equipped with a Sony RGB camera ■ Equipped with a multispectral camera *For more details, please refer to the related links or feel free to contact us.

  • Other measurement, recording and measuring instruments

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[Case Study] Proposal for Equipment Inspection Using Drones

[Case Study] Proposal for Equipment Inspection Using Drones

By knowing the damage situation in advance, it becomes possible to confirm the general scope of repairs and costs!

A customer in the building materials manufacturing industry was experiencing rain leaks due to the aging roof of their factory building, which was deteriorating the indoor working environment. To establish a repair plan, it was necessary to assess the current condition of the roof in advance. However, inspecting the roof required working at heights, which led to various issues. As a solution, drone photography was used to conduct the roof inspection. As a result, workers were able to check the condition of the roof without having to go up to high places, eliminating the need to set up scaffolding, which is both costly and time-consuming. 【Overview】 ■ Issues - Conducting high-altitude inspection work without scaffolding violates safety rules. - Scaffolding must be erected for safety measures, but it incurs excessive costs. - There is not enough time to secure the construction period for setting up and removing scaffolding. ■ Implementation Effect - The condition of the roof can be checked without the need for costly and time-consuming scaffolding. *For more details, please refer to the PDF document or feel free to contact us.

  • Other services

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[Production Example] Kyoto University Campus Drone Photography

[Production Example] Kyoto University Campus Drone Photography

Using drones and action cameras to capture the vast campus!

We received a request from Kyoto University for the production of English-language content aimed at international students, specifically for drone footage. In the production of the video, we researched overseas drone footage and innovated in filming and editing. In addition to using drones, we utilized action cameras to capture aerial footage and shots from a human perspective, experimenting with various angles to achieve dynamic visuals. 【Case Overview】 ■ Kyoto University ■ Drone filming of Kyoto University campus ■ Date: December 2021 ■ Customer Feedback - The drone filming and editing expressed the vastness and greenery of the campus that could not be captured through still images. - This contributed to enhancing the university's image, receiving high praise from both within and outside the university. *For more details, please refer to the PDF document or feel free to contact us.

  • others

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