senseFly eBee X
eBee X – Map without limits
The eBee X is the most innovative product in eBee history. With the eBee X, you can work in almost any environment, regardless of the demands.
- Company:ジオサーフ
- Price:1 million yen-5 million yen
Last Updated: Aggregation Period:Aug 13, 2025~Sep 09, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Aug 13, 2025~Sep 09, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Aug 13, 2025~Sep 09, 2025
This ranking is based on the number of page views on our site.
1~14 item / All 14 items
eBee X – Map without limits
The eBee X is the most innovative product in eBee history. With the eBee X, you can work in almost any environment, regardless of the demands.
A cloud solution that simplifies on-site tasks to improve work efficiency!
By using Site Scan, you can perform tasks six times faster compared to traditional surveying (detailed examples are introduced on our company website!). Site Scan includes everything necessary for drone surveying and inspection: the main unit, camera, flight app, and management software for data processing. Since data processing and management are done through cloud software, users' computers are not tied up for long periods. Additionally, users who are granted access to the cloud can access information anytime and anywhere via the internet. Moreover, with drones equipped with high-quality cameras, it is possible to achieve millimeter-level accuracy! 【Benefits】 ■ Efficiency: Specialized tasks performed on-site can be centrally managed remotely. ■ Time-saving: Time is reduced through fully automated processing from shooting to analysis. ■ Simplification: Cost reduction, including security and system management. ■ Streamlining: Smooth data sharing among stakeholders. *For more details, please download the PDF or feel free to contact us.
A higher level of precision that meets on-site needs, along with its overwhelming ease of use!
The "AeroBo (AS-MC03)" is a surveying specialized drone that completes automatic measurements simply by setting the area, overlap, and altitude. It is fully controlled by a high-sensitivity large-format sensor through an edge computer. By supporting GeoTag embedding into EXIF, it achieves high speed and high precision, and when combined with AeroBo Cloud, it realizes industry-leading analysis speed. 【Features】 ■ Easy operation for peace of mind on-site ■ AeroBo Surveying 2.0 ■ Enlarged GPS antenna to improve reception sensitivity and enhance positional accuracy ■ Support for maintenance by manufacturers necessary for industrial use ■ Dustproof and waterproof design *For more details, please refer to the PDF materials or feel free to contact us.
Technology that supports society from the sky. Introducing the Japanese-made drone 'AEROBO'!
Yokohama Instruments handles AeroSense's "AEROBO." Specialized for surveying and inspection applications, it is equipped with a high-resolution camera. It achieves automatic takeoff and landing, as well as autonomous flight, based on a unique flight plan, and can be expanded in various ways according to application needs, including infrared sensors and spectral cameras. Additionally, we offer GNSS surveying equipment such as "AEROBO MARKER" and "AEROBO CLOUD." 【Features of AEROBO】 ■ Japanese-made drone enabling high-precision measurement and analysis ■ Specialized for surveying and inspection applications ■ Equipped with a high-resolution camera ■ Capable of various expansions according to application needs *For more details, please refer to the PDF materials or feel free to contact us.
2-frequency GNSS receiver equipped for post-processed kinematic surveying
The "New AeroBot PPK" achieves long-distance communication performance by adopting Herelink HD Transmission. It enables "confirmation of camera footage during flight" and "taking completion photos from any angle by operating the gimbal" on the control terminal, significantly improving convenience. 【Features of the New AeroBot PPK】 ■ Equipped with a dual-frequency GNSS receiver ■ Adopts Herelink HD Transmission ■ Features quick attachment *For more details, please refer to the PDF document or feel free to contact us.
2-frequency GNSS receiver equipped for post-processed kinematic surveying
The "AeroBoo PPK" is a domestically developed drone specifically designed for photogrammetry, created to reduce the labor involved in installing ground control points during the photogrammetry process. It allows for photogrammetry to be conducted without the need to set up control points, making it particularly recommended for daily tasks such as "site progress management" and "volume inventory" in drone surveying. 【Features of the New AeroBoo PPK】 ■ Easy to use with simplicity ■ Suitable for surveying in hard-to-reach areas ■ Covers 10 hectares in one flight ■ Operates safely with fully automated flights *For more details, please refer to the PDF document or feel free to contact us.
We conduct uncompromising tests with strict evaluation standards established through in-house development and manufacturing!
The "Build Flyer" is a domestically developed and manufactured drone for surveying and aerial photography, known for its high durability and quality. Drones made by IER are developed using methods similar to those in the automotive industry, ensuring the quality of Japanese industrial products. They are subjected to rigorous evaluation standards and uncompromising testing. With an ESC cooling mechanism and wind resistance, it excels in portability thanks to its easy arm folding design. 【Features】 ■ Domestically developed and manufactured drone ■ Developed using methods similar to the automotive industry, ensuring quality as a Japanese industrial product ■ Strict evaluation standards and uncompromising testing through in-house development and manufacturing ■ ESC cooling mechanism ■ Wind resistance (flightable wind speed 8m/s / thrust-to-weight ratio 2.1 / weight of the aircraft 6.3kg) *For more details, please refer to the PDF document or feel free to contact us.
We have adopted a magnesium alloy body due to reasons such as the absence of strength degradation from ultraviolet rays!
The "Build Flyer" is an ultra-lightweight, high-rigidity drone for surveying and aerial photography. Magnesium (Mg) and CFRP (Carbon Fiber Reinforced Plastic) are equally lightweight, but CFRP is difficult to use with industrial fasteners. We have adopted a magnesium alloy body because it allows for various molding methods and component fastening, facilitates quality control of parts, offers good productivity, and does not suffer from strength degradation due to ultraviolet rays. [Reasons for adopting a magnesium alloy body] - Mg and CFRP are equally lightweight - CFRP is difficult to use with industrial fasteners - Allows for various molding methods and component fastening, facilitates quality control of parts, and offers good productivity - No strength degradation due to ultraviolet rays *For more details, please refer to the PDF document or feel free to contact us.
Domestic development and manufacturing with peace of mind and trust. Thorough pursuit of customer "peace of mind and safety." "High-quality products that are safe for a long time."
The "Build Flyer" is a surveying and aerial photography drone that enhances trust and precision, achieving tough flights. By incorporating an ESC, it improves heat dissipation and protects the ESC. By using lightweight magnesium, which is a practical metal, the strength, rigidity, and weather resistance have been significantly increased. ■ No load: 45 minutes; Maximum payload 5kg: 25 minutes ■ Equipped with two 22000mAh batteries for long flight times with high capacity and energy density ■ Utilizes magnesium alloy for lightweight, high durability, and high rigidity ■ Features a high-performance flight controller, Pixhawk ■ An aircraft with excellent dust and water resistance (IP23) suitable for flying in rainy conditions ■ Legs can be raised horizontally for extensive shooting capabilities ■ Compact transport with foldable arms * For more details, please refer to the PDF document or feel free to contact us.
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.*
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.
Specialized in photogrammetry and photo inspection! Equipped with a high-performance camera and image sensor that can capture distortion-free still images even while moving at high speeds.
The "AeroBo (AS-MC03)" is a drone suitable for surveying and inspection using photographs taken from the sky. It is equipped with a high-performance camera that can achieve high image quality even with a fast shutter speed, as well as a high-sensitivity image sensor. Additionally, it features a mechanical shutter mechanism that reduces image distortion, enabling highly accurate and reliable drone surveying. 【Features of AeroBo (AS-MC03)】 ■ An APS-C size image sensor and interchangeable lens high-performance camera, optimal for surveying ■ Automation of camera and route settings compliant with I-Construction standards ■ Robust for on-site operation, with waterproof, dustproof, and wind-resistant capabilities *For more details, please refer to the PDF document or feel free to contact us.
It has been designed to be useful for time-consuming tasks such as inspections and surveys!
The "Build Flyer" is a surveying and aerial photography drone capable of long-duration flights. It features thorough weight reduction of the airframe, optimized thrust efficiency, and is equipped with a large-capacity battery. It can be utilized for time-consuming tasks such as wind power inspection, laser surveying, photogrammetry, and disaster site investigations. 【Features】 ■ Payload: 5kg - 25 minutes of continuous flight ■ No load: 45 minutes of continuous flight ■ Battery capacity (mAh): 22,000 x 2 ■ Thorough weight reduction of the airframe / optimized thrust efficiency / large-capacity battery ■ Performance suitable for time-consuming tasks such as inspections and surveys *For more details, please refer to the PDF document or feel free to contact us.
For those who want to regularly observe the same thing: Introduction to features such as 'autonomous flight' and 'home return function' suitable for surveying and aerial photography.
Introducing the application of the "Build Flyer," a drone for surveying and aerial photography. In automatic navigation, it is possible to instruct the drone to sequentially follow specific points along a predetermined route. Actions such as takeoff and landing at points, hovering, and triggering the camera shutter can also be specified, allowing for flights suitable for surveying and aerial photography. Additionally, it features a home return function, automatic takeoff and landing capabilities, and fail-safe functions. 【Applications】 ■ Automatic navigation ■ Home return function ■ Automatic takeoff and landing function ■ Fail-safe function (when battery level reaches 30%, the drone enters landing mode and automatically returns home) *For more details, please refer to the PDF document or feel free to contact us.