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Drone Product List

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"ELIOS 2" Inspection Drone for Plants, Factories, and Infrastructure Facilities

"ELIOS 2" Inspection Drone for Plants, Factories, and Infrastructure Facilities

Inspect confined spaces safely, efficiently, and at low cost. The new version of the inspection special spherical drone, 'ELIOS2', has arrived!

ELIOS 2 is capable of inspections in dark, narrow, and hazardous locations such as boilers, chimneys, tank interiors, factory plants, bridges, water and sewage facilities, underground pits, and ballast tanks, providing cost reduction, operational efficiency, predictive maintenance, and ensuring worker safety. <Usage Image> Inspection in dark places with lighting of up to 10,000 lumens Verification of inspection points through 3D modeling <Features> ■ High Maneuverability Equipped with seven sets of flight stabilization sensors, enabling hovering and equidistant automatic flight (distance lock). Full HD real-time video transmission and dustproof lights reduce the difficulty of FPV (first-person view) flying. ■ High Stability <Designed for confined spaces> Shock absorption with carbon-made ball guards and suspension, shock-resistant cameras, and stable wireless transmission. ■ High Inspection Efficiency <Video Quality> Inspection possible with 4K resolution, guard structure, dustproof lights, and dimmable LED lights with brightness of up to 10,000 lumens. <3D Modeling> 3D modeling is possible with recommended tools. For more details, visit: https://www.blue-i.co.jp/elios2/

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Inspection using underwater drones at the pier.

Inspection using underwater drones at the pier.

Inspection of the vapor phase is also possible! It is possible to check aircraft information in real time.

We will introduce inspections utilizing underwater drones at the pier. Diving operations by divers are unnecessary, allowing inspections to be conducted at any time, and inspections can be performed not only underwater but also in the air phase. By attaching a memory to the wired cable, the horizontal distance from the entry point to the malfunctioning area can also be determined. It is possible to check aircraft information in real-time, such as depth, orientation, and the tilt of the drone itself. 【Features】 ■ The underwater drone "Fifish v6" can be equipped with cameras like GoPro as an add-on. ■ It is equipped with a camera and LED light, allowing for the reception of underwater images. ■ By attaching a memory to the wired cable, the horizontal distance from the entry point to the malfunctioning area can be determined. ■ It is possible to check aircraft information in real-time, such as depth, orientation, and the tilt of the drone itself. *For more details, please refer to the PDF document or feel free to contact us.

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"ELIOS 3" Indoor inspection drone that creates 3D data in real time.

"ELIOS 3" Indoor inspection drone that creates 3D data in real time.

From 'seeing' to 'measuring'! Indoor inspection and surveying drones that convert to 3D data.

The "ELIOS 3" is an inspection and surveying drone that enables access to various locations and digitizes facility and equipment information with high precision and in real-time. In addition to ensuring safety in inspection operations, it contributes to the efficiency of facility operation and management, predictive maintenance, and the realization of digital transformation (DX). Spatial information scanned by the LiDAR sensor is displayed in real-time as a high-precision 3D map, allowing for instant understanding of the product's location and surrounding environment. 【Features】 ■ Equipped with FlyAware(TM) SLAM engine ■ Stable flight using SLAM technology ■ Real-time 3D map ■ Clear identification of maintenance targets with 3D reports ■ 3D surveying solution ■ Modular payload bay *For more details, please refer to the PDF document or feel free to contact us.

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High-precision 3D map of scanned spatial information by ELIOS 3.

High-precision 3D map of scanned spatial information by ELIOS 3.

Display in real-time! Instantly grasp location information and the surrounding environment.

"ELIOS 3" is a powerful "flying data collection device." The spatial information scanned by the LiDAR sensor is displayed in real-time as a high-precision 3D map, allowing for instant awareness of the product's location and surrounding environment. With the stable flight algorithm generated by the SLAM engine, pilots can accomplish complex missions with minimal training. [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.

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"ELIOS 3" LiDAR scans and creates a high-density point cloud map.

"ELIOS 3" LiDAR scans and creates a high-density point cloud map.

Complete self-positioning! It is possible to accurately grasp the position of the drone.

The "ELIOS 3" features built-in LiDAR that continuously scans the surroundings and creates a high-density point cloud map. This map is displayed in real-time on a tablet, allowing the pilot to always know the precise location of the product. The completion level of the map is shown in the cumulative mapping data, enabling inspectors to smoothly assess and determine the inspection area. 【Features】 ■ Always know the current location ■ Assessment of the inspection area *For more details, please refer to the PDF document or feel free to contact us.

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"ELIOS 3" can recover the drone's body posture even after contact or collision.

"ELIOS 3" can recover the drone's body posture even after contact or collision.

Able to handle tough environments! Capable of recovering aircraft posture without falling even after contact or collision.

The "ELIOS 3" is designed based on Flyability's collision-resistant flight controller, making it suitable for use in complex industrial environments. Equipped with a distinctive cage and unique inverted motors, this drone can recover its flight posture without crashing, even after contact or collisions. With an IP-44 design, it allows for inspections and three-dimensional data collection in harsh environments without worrying about splashes or dust. 【Features (partial)】 ■ FlyAware(TM) SLAM Engine ■ Stable flight using SLAM technology ■ Real-time 3D mapping ■ 3D reporting ■ 3D surveying solutions ■ Modular payload bay *For more details, please refer to the PDF materials or feel free to contact us.

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[Case Study] Advancing Equipment Maintenance Planning through DX Promotion

[Case Study] Advancing Equipment Maintenance Planning through DX Promotion

Facility inspections are now more meticulous! Reducing the days and costs associated with the installation and removal of scaffolding and gondolas.

We would like to introduce a case where the inspection of the interior of a chimney at ENEOS Systems was conducted using the spherical drone "ELIOS 2," which specializes in indoor inspections, instead of visual inspections. In confined spaces, GPS signals are not available, making it impossible for general drones to fly autonomously. By creating a 3D model of the chimney's inner wall based on the captured still images, it has become easier to visually confirm and share the presence and size of any damage from various angles. 【Case Overview】 ■Challenges - In confined spaces, GPS signals are not available, and general drones cannot fly autonomously. ■Results - Reduced the number of days and costs associated with the installation and removal of scaffolding or gondolas. - Made it easier to visually confirm and share the presence and size of any damage from various angles. *For more details, please refer to the PDF document or feel free to contact us.

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[Case] Introduction of drones for inspection of boiler power generation equipment at electric power companies.

[Case] Introduction of drones for inspection of boiler power generation equipment at electric power companies.

Stable flight even in non-GPS environments! The spherical frame protects the aircraft, reducing the risk of crashes.

We would like to introduce a case where IHI Corporation adopted our "ELIOS" for boiler inspections in thermal power generation. Boiler inspections require personnel to enter the boiler, which incurs significant costs and time. Our "ELIOS" not only ensures stable flight in non-GPS environments but also allows for damage assessment in a manner similar to visual inspections. [Challenges] - Inspection operations incurred high costs and time. - A substantial amount of cost, effort, and coordination was required to supply necessary power from other generation facilities while the power generation equipment was offline. *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Utilizing Drones to Ensure Safety and Improve Efficiency in Power Plant Inspections

[Case Study] Utilizing Drones to Ensure Safety and Improve Efficiency in Power Plant Inspections

The pilot's burden has been reduced to one-tenth! It can confirm details without any loss of quality compared to visual inspections.

We would like to introduce a case where JERA Corporation implemented our "ELIOS" for the statutory inspection of boilers, which are key equipment in coal-fired power plants. It has been recognized as a challenge for power plants to reduce costs by simplifying inspection work and shortening the time required. With our "ELIOS," equipped with bright lighting and FPV on a drone, it is now possible to easily inspect areas that were previously difficult to access. [Challenges] ■ Setting up and dismantling scaffolding for high-altitude inspections takes about 20 days each ■ In addition to the cost of materials for scaffolding, labor costs associated with the setup are also required *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Utilizing Drones, Inspection Time for Infrastructure Facilities is Reduced by Half

[Case Study] Utilizing Drones, Inspection Time for Infrastructure Facilities is Reduced by Half

Inspection time is halved! The facility itself is converted into real-time 3D data, allowing for the identification of the aircraft's position.

Due to its high performance, the "ELIOS series" is utilized in various fields. However, as more sites were surveyed, the need to identify repair locations based on the captured data has been increasing. In response, the "ELIOS3" has made it possible to create real-time 3D data of the facility itself using LiDAR, allowing for the precise identification of the aircraft's position. Furthermore, with the implementation of SLAM technology, both operability and stability have significantly improved, reducing the burden on operators and shortening flight times. Compared to the "ELIOS2," the time required for inspections has been reduced by about half. *For more details, please refer to the PDF materials or feel free to contact us.*

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[Case Study] Utilizing Drones for Risk Reduction in Equipment Inspections and Maintaining Safety

[Case Study] Utilizing Drones for Risk Reduction in Equipment Inspections and Maintaining Safety

It is possible to optimize the prioritization of detailed inspections and repairs within a limited construction period!

In order to ensure the reliability of equipment and the safety of workers while reducing the risk of construction delays, a new consideration for pre-cleaning inspections of piping interiors using drones has begun. By conducting pre-cleaning inspections, we can confirm in advance the condition of the internal coating of seawater buried pipes, the state of corrosion protection plates, and the presence of any other abnormalities. This allows for the optimization of detailed inspections and prioritization of repairs within a limited construction period, leading to a reduction in the aforementioned risks. *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Stable drone inspection in non-GPS environments such as indoor power facilities.

[Case Study] Stable drone inspection in non-GPS environments such as indoor power facilities.

It has stability and can be operated with peace of mind! It allows for spatial awareness and understanding of flight position.

We would like to introduce a case where Okinawa Enetec Co., Ltd. implemented our "ELIOS3" for the inspection and examination of power facilities. They were utilizing drones for initial screening, but stable flight in non-GPS environments, such as indoors, was a challenge. The "ELIOS3" offers stability and can be operated with confidence. It also allows for spatial awareness and tracking of flight position. 【Case Overview】 ■Challenges - Stable flight in non-GPS environments, such as indoors, was a challenge. ■Results - Offers stability and can be operated with confidence. - Allows for spatial awareness and tracking of flight position. *For more details, please refer to the PDF document or feel free to contact us.

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Response to drone inspections of nuclear facilities. Understanding radiation levels and leakage locations.

Response to drone inspections of nuclear facilities. Understanding radiation levels and leakage locations.

Freely move through the air of the facility, including extremely small spaces! Safely detect and measure radiation.

Blue Innovation Co., Ltd. will start selling the "ELIOS 3 RAD Payload," an attachment for the Elios 3 indoor spherical drone equipped with LiDAR that can detect and measure radiation along flight paths and identify leakage locations, starting September 1. It visualizes the flight path in a 3D point cloud map, accurately grasping the leakage locations and radiation doses for the entire area as well as for any specific points. By combining captured videos and actual images, the condition of the site can be monitored in real-time. 【Features】 ■ Ensures the safety of inspectors ■ Real-time and accurate situation assessment ■ Regular facility inspections are also possible *For more details, please refer to the PDF document or feel free to contact us.

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Detection and measurement of radiation along the drone flight path, as well as identification of leakage locations.

Detection and measurement of radiation along the drone flight path, as well as identification of leakage locations.

Visualize flight paths with a 3D point cloud map! Understand the on-site conditions in real time.

Blue Innovation Co., Ltd. will start selling the "ELIOS 3 RAD Payload," an attachment for the Elios 3 indoor spherical drone equipped with LiDAR, which can detect and measure radiation along flight paths and identify leak locations, starting September 1. The drone can move freely through the air in facilities, including extremely small spaces, allowing for safe detection and measurement of radiation from outside management and conservation areas. Additionally, the flight path can be visualized in a 3D point cloud map, accurately identifying the locations and doses of radiation leaks both overall and at specific points. 【Features】 ■ Ensures the safety of inspectors ■ Real-time and accurate situational awareness ■ Capable of regular facility inspections *For more details, please refer to the PDF document or feel free to contact us.

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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 from above and shooting from outside the explosion-proof area.

We will introduce the facility inspection utilizing drones for factory and building exterior walls. By changing the mounted 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. ■ Photography with infrared cameras 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.

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