Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
91～120 item / All 428 items
Site Survey in the Era of DX: From 2D Survey Maps to Next-Level 3D Surveys
Site surveys in the era of DX (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 visit the site. Additionally, we support sunlight simulations through AR perspective placement.
Investigation of areas that could not be confirmed by humans is also possible! Introducing the features of underwater drones.
An underwater drone is not an unmanned aerial vehicle (UAV) that simply dives underwater, but rather a "robot that operates underwater for filming." More precisely, it is referred to as a "remotely operated vehicle (ROV)." Its features include lower costs compared to traditional underwater survey methods, improved safety, and higher accuracy of survey results, making it capable of investigating areas that were previously inaccessible to humans, thus promising potential in new fields. Our company offers the "BlueROV2," manufactured by Blue Robotics, which is equipped with the Pixhawk flight controller and can move freely underwater with six motors. **Features of underwater drones:** - A robot that operates underwater for filming - Lower costs and improved safety - High accuracy of survey results *For more details, please refer to the external link page or feel free to contact us.*
Don't worry if it's your first time! Our knowledgeable staff will assist you with all the necessary operational guidance.
Chick Co., Ltd. is accepting sales of the underwater drone 'BlueROV2'. We will set up the product so that it can be used immediately after purchase. You can also leave the essential software and network settings to us. Additionally, our detailed specialist staff will handle all necessary operational guidance, preparation, and maintenance methods. If needed, we can also conduct a demo survey on-site in advance to help you consider how it can be utilized in your operations. 【All support provided by specialist staff】 ■ Guidance on operation and maintenance methods ■ Pre-setup and network configuration ■ Customization according to your needs *For more details, please refer to the external link or feel free to contact us.
Compatible with RTK-equipped machines and dual remote control-equipped machines! Upgraded with communication devices compliant with Japan's technical standards.
We offer rentals of the industrial large drone Freefly 'ALTA-X'. It allows small teams to operate high-cost large drones. It is utilized in a wide range of industries, including rope installation at tower construction sites, laser surveying by major consulting firms, aerial video production, and environmental surveys. This drone, designed for film competitions and shooting by the American manufacturer Freefly Systems, is compactly foldable, made of full carbon, lightweight, and powerful. 【Features】 - Payload capacity of 15.9 kg and maximum flight time of 50 minutes when empty - Compactly foldable, lightweight, and powerful full carbon body - Equipped with communication devices compliant with Japan's technical standards and registered with the aviation bureau - Compatible with RTK-equipped models and those with dual controllers *For more details, please refer to the PDF document or feel free to contact us.
Equipped with AI, it can take off, fly along the set route, and land completely automatically.
The "Swift020" is a super high-performance VTOL (Vertical Take-Off and Landing) drone that, unlike existing drones, can fly continuously for 2 hours and is capable of transporting cargo (up to 1 kg). Equipped with high-performance AI, it can independently assess situations and perform energy-efficient flights and obstacle avoidance. Additionally, it can accommodate various applications by changing the payload. 【Specifications】 ■ Fully autonomous flight with high-performance AI ■ Automatic takeoff and landing, automatic adjustment for landing posture, soft landing capability ■ Hacking countermeasures, power failure countermeasures, obstacle avoidance, noise reduction measures *For more details, please download the PDF or feel free to contact us.
Innovation creation program to make industrial use of drones more accessible.
"D4 (Drone4-innovation)" is an innovation creation program that enables the development of drone businesses using advanced insights quickly and on a low budget. By not handling complex and inefficient parts in-house, you can focus on creating innovation. 【Features】 ■ Ability to build a drone business utilizing in-house resources effectively ■ World-class drone research and development facilities available for demonstration experiments ■ Capability to establish a sustainable business model from deployment to continuous improvement *For more details, please download the PDF or feel free to contact us.
On-site, we face various challenges such as labor shortages, cost issues, and environmental problems. The "heavy cargo transport drone" safely solves your transportation challenges.
"I can't find anyone to carry loads on my shoulders in the mountainous area." "I want to reform the way we work." "There isn't enough volume to use helicopter transport or monorails, but since there are no other means, costs are increasing." "I want to minimize the logging area and consider the environment." These are the voices being raised on-site. At Higashi Setu Civil Engineering Consultant, we offer a 'Heavy Load Transport Drone' service that can transport heavy items with agility. The 'Heavy Load Transport Drone' does not require large-scale temporary setups, allowing us to respond quickly to sudden requests. While a minimal takeoff and landing space is necessary, it has a smaller environmental impact compared to helicopters and monorails. By placing operators at both takeoff and landing sites, we can also accommodate transport to locations that are not directly visible from the takeoff point. From the perspective of prioritizing safety and rapid response, we recommend flying within visual line of sight ("visual flight: within 0.8 km"), but we can also accommodate flights beyond visual range with a separate permission application period. We already have various transport achievements, including support materials weighing 30 kg, a one-gallon can weighing 49 kg, deer protection fences, and long items like 3-meter single pipes, and we can handle a variety of cargo shapes.
You can see the actual state of transportation.
We have compiled a video from the preparation of the aircraft to the transportation process. Please take a look.
We undertake pesticide spraying with drones!
We offer pesticide spraying using drones. Even in areas where manual spraying was previously done, a drone can cover 10 ares in about 2 to 3 minutes. Additionally, the noise is minimal, so early morning spraying is not an issue. 【Benefits】 ■ Short time ■ Low noise ■ Low cost *For more details, please download the PDF or contact us.
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 produce 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.
Our role is to fulfill users' dreams through drone remote control.
Our company provides heartfelt services from the sale and introduction of drones and next-generation mobility to operation and after-sales support. With the mission of continuously delivering smart and advanced products to a wide range of customers, we have established direct partnerships with domestic and international brands. We also engage in product development under our own brand and the planning and development of OEM products. We carefully select high-cost-performance and functional items, handling high-quality products. 【Business Content】 ■ Import and export as well as sales of drone remote controls *For more details, please download the PDF or contact us.
![A must-see! [Materials] Examples of Drone Operations](https://image.www.ipros.com/public/product/image/5fe/2000621389/IPROS26262321555908904532.png?w=280&h=280)
"Bridge inspections" and "plane surveying" among others! 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 these examples 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.
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.
Significant labor-saving and efficiency improvements are possible! We create reports tailored to your needs and support the development of damage prevention plans.
The survey of wildlife habitats using Skyseeker drones is a research method that utilizes infrared thermal cameras and image analysis systems. As part of measures against agricultural damage and wildlife harm, it investigates the habitats and populations of large animals such as deer and wild boars. By creating reports tailored to customer requests, we support the planning of damage prevention strategies. 【Features】 ■ Drones autonomously fly along the set flight route to capture videos and photos ■ Captured data is analyzed by AI for image analysis, and reports are exported ■ High precision operation is possible ■ Significant labor and efficiency improvements can be achieved *For more details, please refer to the PDF materials or feel free to contact us.
Currently, we have accumulated approximately 5.7 times the results! We receive consultations from many municipalities and undertake various tasks.
Our company has been conducting wildlife habitat surveys and environmental assessments of communities using drones as part of measures to address agricultural damage across municipalities nationwide. Leveraging the extensive knowledge and experience gained from these efforts, we now receive consultations from many municipalities and undertake various projects. As a result, the number of surveys conducted has been increasing year by year, and compared to the fiscal year 2017 when we started our services, we have now achieved approximately 5.7 times the results. [Survey Examples] ■ Habitat surveys of deer in Tsurui Village, Tomakomai City, and Kitami City (1) Utilizing drones to understand the habitat conditions of Ezo deer (such as wintering locations) (2) Creating a report that visualizes the survey results from (1) on a map (3) In the following fiscal year after the project implementation, the relevant officials used the delivered report as a reference to formulate a management plan for designated Ezo deer capture and related projects. *For more details, please refer to the PDF materials or feel free to contact us.
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.
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.
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.
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.
Introducing general use, work use, and industrial use! Optional parts are also listed with photos.
In this catalog, we introduce the underwater drone "FIFISH," which features 360° rotation and high operability. We also feature the "V-EVO," which supports 4K recording at 60 frames per second, and the "V6 EXPERT," which offers long-lasting performance while balancing safety and efficiency. Additionally, we present the industrial models "V6 PLUS" and "W6." A list of options is also included, so please take a moment to read through it. 【Featured Products】 ■FIFISH V-EVO ■FIFISH V6 EXPERT ■FIFISH PRO V6 PLUS ■FIFISH PRO W6 *For more details, please refer to the PDF document or feel free to contact us.
Standard equipped with measurement and mapping functions! Precise inspections can be performed without restrictions on space or angles.
The "FIFISH E-MASTER" is an industrial underwater drone designed specifically for surveying, featuring a laser scaler that employs traditional methods of image analysis. Operators can easily adjust the ruler, customize colors, and save measurements, making it capable of handling various industrial-level inspection tasks. It is equipped with a versatile modular system that allows for quick replacement of modules such as motors and sensors, enabling unlimited underwater functionality. 【Features】 ■ Intelligent underwater inspection solution ■ AI measurement tools ■ U-QPS 2.0 (U-INS version) (optional) ■ Advanced imaging system ■ High precision and powerful control ■ Innovative design and construction *For more details, please refer to the PDF materials or feel free to contact us.
Reduce the operator's burden with automatic navigation. Supports high-precision 2D and 3D seabed mapping and measurements using AR laser scalers.
The "FIFISH E-MASTER NAVI" is a compact industrial AI underwater drone developed for measurement, inspection, and investigation in complex underwater work environments. It is equipped with 2D and 3D seabed mapping capabilities and measurement functions using an AR laser scaler, enabling smooth movement and filming underwater through automatic navigation. This reduces the operator's workload while allowing for efficient inspection tasks. Additionally, it features a replaceable dual battery system that supports hot-swapping, allowing for battery replacement without turning off the power. It can also be used in areas where inspections are difficult due to strong water currents or high turbidity. 【Features】 ■ A high-end model focused on time efficiency in operations ■ Smooth filming with a locking function on targets due to advancements in AI system technology ■ New attachments that make it easy to add and remove optional tools ■ Contributes to improved work efficiency with an ultra-wide-angle fisheye lens of 176° (146° underwater) ■ Suitable for underwater inspections of infrastructure and marine facilities *For more details, please refer to the materials. Feel free to contact us with any inquiries.
1/1.3-inch & 1/1.5-inch large CMOS dual telephoto camera! Dynamic camera work with a 360° rotating gimbal.
The "DJI MAVIC 4 PRO" is a flagship camera drone equipped with a three-lens camera that expands the creativity and exploration possibilities of aerial photography, bringing innovation to its techniques. The Hasselblad main camera, featuring a 4/3-inch sensor, is equipped with a newly developed 100-megapixel image sensor. It supports dual native ISO fusion, Hasselblad Natural Color Solution (HNCS), and full-resolution 6K/60fps HDR video recording. 【Features】 ■ 100-megapixel 4/3-inch CMOS Hasselblad camera, 6K/60fps HDR video ■ Dual telephoto cameras with 1/1.3-inch and 1/1.5-inch large CMOS sensors ■ Dynamic camera work with a 360° rotating gimbal ■ Omnidirectional obstacle detection even in night shooting at 0.1 lux ■ Maximum flight time of 51 minutes *For more details, please download the PDF or feel free to contact us.
Visible in murky water and dark places: Examples of underwater inspections that do not rely solely on diving and the introduction of related products.
Our company prioritizes the safety of workers while conducting inspections and surveys of underwater structures, and we promote the use of underwater robots and drones as a means to achieve stable survey quality, shorten construction periods, and optimize costs. In sites such as bridge substructures, dam embankments, agricultural waterways, and distribution reservoirs, issues of safety and reproducibility often arise in traditional diving surveys due to murky water, dark conditions, and flowing currents. This document is organized around achievements and case studies to help assess "in which environments underwater drones are effective" and "what level of results can be expected" when introducing them to address these challenges. It is not just a product description; it specifically introduces survey methods, verification content, and implementation effects using actual site photos and sonar images. We use the FIFISH W6 MAX and E-MASTER NAVI for inspections, and by combining them with 2D imaging sonar and direct power supply systems, we achieve stable long-duration surveys even in murky water environments. This document can serve as practical reference material for those considering the feasibility of introducing underwater drones or reviewing survey methods.
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.
Someone utilizes helicopters to enable flights in areas inaccessible by drones!
In Ace-1, we will conduct laser and aerial photogrammetry services by integrating the "IGI Litemapper" system into the small manned helicopter "Robinson R44." The "IGI Litemapper" is a robust, compact, and lightweight system that can be used on various aircraft, from large airplanes and helicopters to ultralight aircraft. Aerial surveying using aircraft and helicopters can be cost-prohibitive, making it challenging to utilize in small-scale measurement sites. However, we plan to offer this service at a reasonable price. 【Features】 ■ Utilization of manned helicopters ■ Capable of flying in areas inaccessible to drones ■ Planned to be offered at a reasonable price ■ Conducting laser and aerial photogrammetry services by integrating the "IGI Litemapper" system into the small manned helicopter "Robinson R44" *For more details, please refer to the PDF document or feel free to contact us.
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.
![[Example] Inspection of solar panels using drones](https://image.www.ipros.com/public/product/image/7b8/2000476543/IPROS83163888001807904990.png?w=280&h=280)
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.
![[Case Study] Ecological Survey Using Drones Survey Operations](https://image.www.ipros.com/public/product/image/67f/2000476545/IPROS56776479299697171904.png?w=280&h=280)
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.
![[Example] Infrastructure inspection using drones](https://image.www.ipros.com/public/product/image/66f/2000476547/IPROS50407218698994522718.png?w=280&h=280)
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.*
