Benmo Technology enters the inspection market and is expected to challenge the industry growth rate of 14.5% and launch a wheel-footed robot

As a new species in the field of multi-modal robots, wheel-footed robots have always been the focus of researchers and investors on how to commercialize them.

[Benmo Technology], as a global leader in wheeled robots, has developed many consumer-level applications of secondary development of wheeled robots based on its self-developed and self-produced direct-drive self-balancing wheeled robot [Xingtian] Scenes.

Recently, its latest demonstration of new ways for Xingtian robots to enter some industrial scenes to achieve inspection and other applications demonstrates the broader market value and development potential of this category.

The initial stage from commerce to industry

Prior to this, Xingtian’s wheeled robot has attracted much attention for its cool appearance, flexible movement and quiet and smooth transfer mode. It can quickly cross various terrains and complete practical applications such as picking up food, delivering food, and following photos, etc., which has attracted widespread attention

Xingtian not only brings surprises in life, but also appears in major exhibitions at home and abroad, becoming a dazzling star at important exhibitions such as ICRA (International Conference on Robotics and Automation) and the World Robot Conference

In recent years, Xingtian's "star" route has become wider and wider, and he has repeatedly appeared in theatrical performances and programs with various special images. For example, the "role" played by the Xingtian robot can be seen in the 20 contemporary cultural and artistic performances, CCTV4's "Live Broadcast in the Greater Bay Area" and other programs.

Wheel-footed robots, a unique category in the field of robots, have begun to truly become the darling of capital. Benmo Technology has recently completed tens of millions of yuan in Series A financing. Benmo Technology, which has completed financing, will not only continue to increase investment in research and development, production line expansion and market promotion, but also develop more application scenarios and continue to empower automation in commercial and industrial scenarios.

After years of exploration and practice, Benmo Technology has demonstrated actual cases of Xingtian robots in the field of monitoring and inspection, opening up the market imagination space of wheel-footed robots in industrial-level scenarios. Its performance and advantages have made more Many people's eyes lit up.

▍Hardware advantages raise the detection threshold

Needless to say, traditional manpower inspections are currently faced with safety, uncertainty, difficulty in recruiting workers, and high labor costs. With the help of technology, some leading companies have already tried to use drones. Emerging technology products improve inspection coverage and reduce the pressure on manpower inspections.

Although drones have been widely used in automatic aerial inspections, greatly increasing the scope of inspections, there are still blind areas for ground inspections in factories, garages and other spaces that drones cannot enter. These corners require manual intervention. . How to further improve the efficiency of ground and underground inspections and solve various practical needs is still a core issue that needs to be solved in automated inspections

Benmo Technology’s Xingtian robot fully demonstrates the uniqueness and power of the wheel-foot category in the field of inspection. The whole body of the robot is driven by 6 M1502D direct-drive robot joint motors that can move freely, and perfectly combines the speed advantage of the wheeled AGV and the maneuverable obstacle-crossing performance of the footed robot. Xingtian robot can operate on a variety of terrains It can move efficiently and flexibly at any time, which is reflected in the fact that the Xingtian robot not only moves fast and has strong obstacle surmounting ability, but also is far ahead in terms of passability, movement ability and stability.

Therefore, Xingtian robot has inherent advantages in many ground inspection scenarios. For example, in the most typical field of outdoor engineering inspections, Xingtian robots are inherently more suitable for complex road conditions. During inspections in this scene, not only the wheel structure is not easy to sink into the soil, but the Xingtian robot can also easily cross 5cm obstacles, and the obstacle height of one foot can be 10cm while still keeping the body stable. It can be said that the use of Xingtian robots for all-weather engineering inspections can adapt to the complex operating environment of outdoor engineering scenes and can also prevent safety personnel from entering dangerous areas. The long-distance machine inspection method effectively reduces the risk of personnel inspections.

Xingtian robots can also show their talents in complex closed places such as parks, underground garages, and factories. Since the standing length, width and height are only 540*371*491mm, the height of the machine head can also be adjusted to cross obstacles, which improves the robot's passability. It can also move freely in a relatively small space, greatly improving operating efficiency. The maximum traveling speed of 2m/s makes it very easy for the robot to quickly travel through sites that require more frequent inspections.

For example, in an industrial park, multiple Xingtian robots are used for collaborative coverage to eliminate monitoring blind spots and help enterprises realize the effective operation of smart park monitoring systems. Enterprises use Xingtian robots for real-time monitoring. They can automatically patrol multiple frequencies and routes, completing tasks that originally required multiple on-duty personnel to patrol around the clock. This not only greatly reduces the labor burden, but also timely detects safety issues in the park

Improve digital capabilities to increase operational added value

In the field of mobile robots, in addition to monitoring and patrolling capabilities, detection capabilities are also becoming more and more important. If the inspection scene is further subdivided, it can be divided into two key parts: patrol and detection. Patrolling requires the ability to move quickly and autonomously, while detection not only places requirements on the robot's hardware, such as ontology and vision, but also requires comprehensive consideration of software development and systemization capabilities

Xingtian robot has a wide range of secondary development interfaces, relatively strong load and endurance capabilities, and a crawling time of up to 3 hours. Users can install laser radar, vision, GPS modules, etc. as needed to develop more scenarios based on the robot

Currently, Xingtian robots are not only used in automated inspections in power plants and parks, but also in automated gas monitoring, 3D scanning and mapping in buildings. At the same time, Xingtian robots were deployed in a steel plant in the north to help companies timely grasp the consumption of steel slag, ore, coal, etc. in the plant during steel production operations. In these scenarios, Xingtian robots quickly improved the quality and efficiency of digital operation and inspection of enterprises, and truly helped enterprises achieve fewer or even unmanned operations.

For example, in the automated gas monitoring scenario, the robot is equipped with Sniffer4D, which collects air indicators such as PM2.5, PM10, SO2, CO, NO2, and O3, and draws the parameters of PM2.5, PM10, SO2, CO, and NO2 in real time. Grid distribution, and timely transmission of data back to the multi-gas monitoring platform, all-weather dynamic monitoring of the operations of surrounding enterprises, and rapid location of pollution sources under all-weather regular inspections, which improves the application value of the robot.

Another example is in steel plants and underground garages. The Xingtian robot cooperates with multi-sensor fusion perception and obstacle avoidance, and can easily complete centimeter-level high-precision ultra-large area mapping. Secondly, the robot can send back point cloud data in real time. , steel mills can therefore formulate production plans in a timely manner based on inventory data.

Practice has proven that Xingtian itself has undergone secondary development and can be put into more scenarios such as VR use, gas detection, security inspections, etc. to complete more enterprise-level tasks. Users can conduct round-the-clock regular patrols with multiple robots to ensure high-frequency dynamic updates of real-time layers. They can also upload terrain data to the cloud, integrate and match map layers, positioning layers, and real-time layers to open up a closed loop of the entire process from patrol to detection. .

Conclusion and the future After summarizing the content of this article, the following conclusions can be drawn. First, we need to be aware of the current challenges and opportunities. While we face many difficulties, there are also many opportunities available. We must remain optimistic and look for innovative ways to solve problems. Secondly, we should focus on developing our own skills and knowledge. Continuous learning and improving our abilities will help us succeed in a highly competitive environment. At the same time, we should also focus on developing teamwork and communication skills, as these skills will become increasingly important in the future of work. In addition, we also need to pay attention to environmental protection and sustainable development. As the population grows and resources become limited, we must take steps to protect our planet. By reducing pollution, conserving energy and promoting renewable energy, we can create a better environment for future generations. Finally, we should maintain a positive attitude and firm faith. No matter what difficulties we encounter, we should believe in our abilities and work hard to achieve our goals. Only in this way can we meet the challenges of the future and achieve success. All in all, we need to be aware of the current challenges and opportunities and work hard to improve our capabilities. At the same time, we must also pay attention to environmental protection and sustainable development. The most important thing is to maintain a positive attitude and strong faith. Only in this way can we meet the challenges of the future and achieve success

Currently, the global inspection industry is facing more and more challenges. The labor shortage not only means that the industry lacks qualified staff, but also requires a large number of people who can accept long shifts or work in bad weather. This has led to a high employee turnover rate in the security inspection industry, as high as approximately 47% per year. According to the report, the global inspection robot market sales will reach 21.8 billion yuan by 2022, and are expected to reach 57.1 billion yuan by 2029, with a compound annual growth rate of 14.5%

In the fields of inspection, surveying and mapping, consumer entertainment and other fields, Benmo Technology’s Xingtian robot has provided a new idea. Wheeled robots have greater flexibility and efficiency than pure legged robots, and have better obstacle-crossing capabilities than pure wheeled robots. They perfectly combine agility and strong adaptability to terrain. Therefore, It is relatively more suitable for indoor and outdoor shuttle scenes. Benmo Technology is opening up a larger market space for this category through the development of new scenarios such as industrial consumption.

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