Quadruped Robots in Hong Kong - The Future of Warehousing, Logistics & Education
In the face of the global Industry 4.0 automation wave, the autonomous legged robot has successfully transitioned from research laboratories into commercial and industrial applications. It has now become a core automation asset across warehouses, logistics centers, construction sites, and educational institutions, frequently operating as a highly efficient logistics robot dog. As the exclusive distributor for Deep Robotics in Hong Kong, Macau, and Australia, BPS is committed to bringing the most mature and practical quadruped robot options to the local market.
We offer three specific models M20, X30, and Lite 3, tailored to meet diverse industry demands. Each autonomous legged robot features a distinct product positioning, effectively addressing various operational needs such as site patrol, material handling, security surveillance, and academic education. If your enterprise is planning to introduce a warehouse quadruped robot, our team of engineering experts will evaluate your site-specific details, payload capacity requirements, terrain conditions, and budget range to recommend the most suitable model and comprehensive automation solutions.
Key Benefits of Deep Robotics' Autonomous Legged Robots
Automation has become a core technology in the Industry 4.0 era, and the logistics robot dog stands as a vital symbol of industrial artificial intelligence. The core competitiveness of the solutions developed by Deep Robotics lies in the perfect integration of advanced algorithms with flexible and durable mechanical structures. It is not merely a walking machine; it is an autonomous legged robot equipped with perception and exploration capabilities, able to overcome obstacles that traditional transportation equipment cannot handle. Below, we will delve into the 4 core selling points of the quadruped robot to analyze how it reshapes automation standards for modern enterprises and breaks through long-standing industry bottlenecks.
1. Autonomous Mobility: LiDAR & AI Autonomous Navigation System
In modern logistics and industrial facilities, storage environments are often highly busy and filled with unknown variables. To ensure the ability to autonomously avoid obstacles and determine routing in these complex scenarios, Deep Robotics equipment is integrated with industry-leading perception technology. Every autonomous legged robot utilizes LiDAR, stereo vision, and AI intelligent navigation to simultaneously execute environmental perception, obstacle assessment, and route planning. LiDAR sensors emit hundreds of thousands of laser pulses per second to accurately measure the distance and shape of surrounding objects. Even in poorly lit warehouses or unmanned factories at night, they can construct high-precision 3D environmental maps. Once map construction is complete, warehouse quadruped robots can autonomously advance, turn, avoid obstacles, patrol, and transmit data, significantly reducing the need for human operator intervention.
This operational principle, combining stereo vision and AI navigation technology, equips the quadruped robot with autonomous decision-making capabilities. Benefiting from real-time analysis capabilities, the logistics robot dog can avoid both stationary and moving objects simultaneously. Whether it is a forklift passing by suddenly, scattered cardboard boxes, or walking employees, the logistics robot dog can prevent collisions and instantly calculate the optimal alternative route.
2. Stable and Reliable: Quadrupedal Design for Multi-Terrain Conquest & Extreme Environmental Adaptability
Currently, most mobile industrial automation equipment requires flat surfaces to operate. However, the logistics robot dog, through its animal-inspired four-legged design, vastly expands its application range, even executing long-distance transportation and patrol missions outdoors. Different quadruped robot models utilize either walking or wheeled mechanisms as their primary mode of movement, but their designs are fundamentally focused on enhancing adaptability to complex terrains. The three models of our autonomous legged robots can operate normally on stairs, slopes, narrow pathways, and irregular surfaces, performing tasks that are difficult for other automated equipment. The autonomous legged robot easily navigates uneven gravel roads and overgrown suburban environments, and can even reach designated locations via stairs in multi-story facilities such as industrial buildings and schools.
Beyond multi-terrain mobility, the quadruped robot's ability to adapt to various weather conditions and temperatures in outdoor environments is a decisive key indicator. In different environments, the equipment faces various challenges, such as rain, dust, freezing cold, or extreme heat. The M20 and X30 industrial models feature excellent IP-rated waterproof and dustproof performance and can operate reliably in temperatures ranging from -20°C to 55°C, ensuring the equipment successfully completes its tasks even in harsh conditions. Moving directly from the scorching summer heat of over 30°C in Hong Kong into a sub-zero cold store within a cold chain logistics center, or walking from urban pavements into muddy outdoor areas — maintaining high-level stable performance across diverse environments is a major advantage of the logistics robot dog.
3. High Endurance: Up to 4 Hours of Operation for Prolonged Automated Tasks
For widespread application, equipment endurance is a crucial factor that all enterprises value highly. If a product requires frequent charging and its task execution duration is too short, its practicality is greatly diminished, and it will naturally not be adopted by businesses.
The average battery life of various Deep Robotics models reaches 2 hours or more, which is more than sufficient for handling overnight security patrols in warehouses and logistics centers, bulk material transportation, and infrastructure inspection tasks. For tasks involving extended outdoor operations that demand high endurance, the X30 model boasts an impressive operational time of up to 4 hours. This ultra-long endurance allows the warehouse quadruped robot to execute multiple material deliveries, as well as extensive inspection and patrol services, after a single full charge.
4. Real-Time Data Transmission: Expanding Operational Scope with Remote Monitoring & Command Issuance
Amidst the wave of digital transformation, the competitive advantages brought solely by basic automation are gradually narrowing. A warehouse quadruped robot capable of working over large areas and even executing outdoor tasks is exactly the critical product needed to widen the technological gap once again. To grasp real-time situations instantly, all Deep Robotics equipment can perform real-time data transmission via 5G and Wi-Fi networks. Operators can establish instant communication with the warehouse quadruped robot, view live feeds captured by its cameras, and issue commands to immediately arrange or modify tasks when necessary. Employees can clearly see through the camera whether pipelines require maintenance or verify the presence of suspicious individuals in designated zones.
If the inspection site is located in hard-to-reach areas for humans, such as underground pipelines, inside large machinery, or even chemical storage areas, high-voltage equipment zones, and hazardous areas with high radiation levels — enterprises can proactively deploy the autonomous legged robot for preliminary inspections. Technicians simply need to monitor and assess the situation in real time through the lens, and can even use the autonomous legged robot to perform simple maintenance and repairs. Replacing manual inspections with quadruped robots not only enhances the occupational safety of workers but also allows smaller-sized robots to navigate into blind spots difficult to check with the naked eye, thereby strengthening the comprehensiveness of the inspection.
Deep Robotics' Quadruped Robot Models Explained
The 3 quadruped robots from Deep Robotics each have their own areas of expertise. Every quadruped robot features highly sensitive environmental detection capabilities, enabling safe and stable navigation across diverse environments. Different models of the autonomous legged robot are designed to satisfy multifaceted demands, ranging from versatility and ultra-high payload capacity to educational development.
M20 Model: The All-Rounder Capable of Handling Multiple Tasks
The M20 is a well-balanced quadruped robot, perfect for enterprises requiring a single device to handle multiple tasks simultaneously. As a multifunctional autonomous legged robot, the M20 can be equipped with corresponding modules based on different situations to fulfill various needs such as material handling, patrolling, inspection and maintenance, or even fire extinguishing. Choosing the M20 as your warehouse quadruped robot is particularly ideal when operations involve navigating stairs or completing specific tasks outdoors.
- Superior Movement Stability: The combined wheel-leg design ensures that the autonomous legged robot moves smoothly during the transportation of goods, making it exceptionally suitable for transporting high-requirement items like electronic components. During transport missions, the M20 logistics robot dog can operate continuously for approximately 2.5 hours, providing ample time for multiple deliveries and patrols, and ensuring all employees can focus on higher-productivity work. Whether for video surveillance or routine inspections, the dual-mode (wheeled and quadrupedal) warehouse quadruped robot can deliver smoother, clearer camera footage, allowing monitoring personnel to conduct better inspections.
- The Ideal Warehouse Quadruped Robot: The M20 can be operated manually or scheduled in advance to work autonomously as required. To further extend the operational time of the M20 as a warehouse quadruped robot, it can be programmed to autonomously return to its charging station during idle periods between tasks, ensuring sufficient battery power before executing the next mission. The M20 warehouse quadruped robot can also climb stairs and 45° slopes. Whether conducting comprehensive night patrols in a warehouse, delivering supplies, or inspecting equipment, it handles these tasks with ease. Even when supplies need to be transported from the ground floor to the top floor of a warehouse, the M20, acting as a highly efficient logistics robot dog, can deliver exactly on time as requested.
- Not Limited to Indoor Environments: In places like warehouses or logistics centers, not all processes can be completed indoors. The M20 logistics robot dog boasts an IP66 dust and water resistance rating and functions normally in temperatures ranging from -20°C to 55°C, making it more than capable of handling Hong Kong's year-round outdoor environments. Even in the event of sudden heavy rain, the M20 can continue patrolling outside the warehouse or transporting items to perimeter locations. This expands the M20's working range to open-air environments outside the facility, further enriching its usability and making it an all-encompassing warehouse quadruped robot.
X30 Model: Top-Tier Specifications with an 85KG Payload
The X30 represents a high-performance quadruped robot, specifically designed for high-payload, long-endurance, and high-risk environments. As the autonomous legged robot with the longest battery life in the series, the X30 excels outstandingly in payload capacity, IP ratings, and prolonged outdoor missions. If you require long-distance or heavy-weight transport missions, especially when factoring in potential disruptions from severe weather, the flagship-level X30 logistics robot dog is the irreplaceable ultimate choice.
- An Outstanding Material Handling Expert: As Deep Robotics' highest-spec quadruped robot model, the X30 boasts a maximum payload of 85KG. This specification allows the X30 to transport a variety of common tools, equipment, and cargo without relying on human labor, significantly reducing occupational health and safety risks. When on-site repairs, equipment replacements, or the transport of bulky cargo are required, the logistics robot dog can swiftly assist in moving the necessary items to the designated locations. This advantage is particularly applicable to maintenance centers, large warehouses, and logistics hubs. The high endurance and payload capabilities of the X30 autonomous legged robot, paired with the series' highest IP67 dust and water resistance rating, mean that long-duration outdoor transportation is never an issue. The X30 reaches a top walking speed of 4.95 meters per second; whether in terms of transport safety, speed, or load-bearing capacity, it far surpasses human labor.
- Walking Style Mimicking Quadruped Animals: This autonomous legged robot utilizes a quadrupedal walking method to steadily traverse gravel roads, sand, mud, and various uneven natural terrains. This grants the X30 a vast operational range outdoors, enabling it to reach places previously inaccessible to equipment and only reachable by human effort. If any facilities require repair in the outdoor areas of a campus or housing estate, historically, workers had to manually carry repair equipment weighing tens of kilograms from the warehouse to the outdoor site. Now, you can rely on the logistics robot dog to transport these items directly from the equipment storage area to the site. Top-tier design specifications ensure that, regardless of diverse outdoor and natural environments, the logistics robot dog can still move effortlessly, ensuring the smooth completion of missions. The IP67 design allows the quadruped robot to continue operating even in torrential rain, making it particularly suitable for humid underground passages and rainy regions like Hong Kong. Besides its excellent waterproof performance, the X30's ability to operate in temperatures from -20°C to 55°C ensures it can withstand extreme environments and handle tasks entering and exiting cold stores, making it a quadruped robot that can operate continuously and recharge autonomously under varying temperatures and conditions.
- A Reliable Assistant at Disaster Scenes: In highly dangerous accident scenarios or even disaster relief sites, the value of the X30 is particularly evident. Due to its more agile and compact frame compared to humans, the quadruped robot can enter narrow, poorly lit, or collapse-prone areas first under uncertain safety conditions. Using cameras or sonar equipment, it can replace on-site personnel to conduct preliminary searches and check the concentration of various harmful gases. The X30 can be operated via remote control, allowing experts to verify structural conditions from a safe distance and transmit images and sensor data back in real-time. Rescue teams can also dispatch the X30 autonomous legged robot to search for the injured in high-risk areas when the situation on the ground remains unconfirmed, thereby boosting the overall success rate of search and rescue operations. The X30 has already been deployed in regional fire departments in China and has achieved significant results.
Lite 3 Model: The Catalyst for Students Learning Programming
The Lite 3 is the most lightweight and agile quadruped robot, suitable for education, demonstration, and creative development. As the autonomous legged robot best suited for learning to code, the Lite 3 lowers the learning threshold, making it easier for students to grasp the underlying logic and gain a sense of accomplishment by programming changes to its movements. If a school wishes to enhance the appeal of STEAM education to students, the Lite 3—capable of dancing and doing backflips—is naturally the educational tool that best satisfies student curiosity.
- Entry-Level Programming Experience: The Lite 3 provides a graphical SDK and Python templates. Through an intuitive interface, users can quickly configure the robot dog's speed, gait, route, and actions, allowing teachers to easily demonstrate control logic. Simultaneously, utilizing actions like jumping and spinning encourages students to attempt autonomous programming, using interest to drive learning. The fact that the Lite 3 can complete various actions and is the most affordable among the three models has led to its procurement by multiple schools, adequately proving its prowess in the educational sector.
- Multi-Functional Modular Design: The Lite 3 features a modular structure and interfaces, allowing users to install different accessories on the autonomous legged robot as required and complete assembly or disassembly rapidly. Whether installing a robotic arm to pick up objects or mounting a LiDAR sensor to map an area, the Lite 3 can execute the commands. The quadruped robot dog is no longer just a toy that walks around; it is a tool capable of executing actual work. As long as you understand programming methods and equip it with compatible modular accessories, the development potential of the robot dog is far greater than you might imagine.
- The Premier Choice for Smart Homes: The accessible price and simple programming of the Lite 3 autonomous legged robot mean its potential is not confined to campuses; it can also become an affordable smart tool for households. Through simple programming, you can turn the Lite 3 into a performer, demonstrating high-difficulty actions like backflips and long jumps. You can also treat the Lite 3 as a mobile smart camera. Utilizing its ability to climb stairs and slopes, it allows you to observe every corner of your home anytime, anywhere, or even bring items back to your room through installed modules.
Technical Specification Comparison of Warehouse, Logistics Robot Dog Models
| Product Specifications |
M20 |
X30 |
Lite 3 |
| Standing Dimensions |
820(L)x43(W)x57(H) (MM) |
1000(L)x695(W)x470(H) (MM) |
610(L)x370(W)x406(H) (MM) |
| Weight (incl. battery) |
33KG |
56KG |
12KG |
| Operational Endurance |
2.5 – 3 Hours |
2.5 – 4 Hours |
1.5 – 2 Hours |
| Ingress Protection (IP) Rating |
IP66 |
IP67 |
- |
| Maximum Incline |
45° |
45° |
40° |
| Stair Climbing Capability |
Yes |
Yes |
Yes |
| Maximum Payload |
50KG |
85KG |
7.5KG |
| Core Strengths |
Versatile for multi-tasking |
Top endurance, payload capacity, and IP rating |
Most lightweight, beginner-friendly programming |
Based on the data in the specification table, we can clearly understand the distinct advantages of each quadruped robot and select the most suitable model according to your specific business requirements and operational demands:
- The M20, with its all-round capabilities, is highly competent for a multitude of tasks, whether it involves assisting in transporting goods, conducting indoor patrols, or performing routine inspections. This versatile warehouse quadruped robot is perfectly suited for industries such as warehouses and logistics centers that require a reliable assistant to handle multiple operations simultaneously. The IP66 waterproof and dustproof rating allows the M20 to map out walking routes or assist in transferring cargo in open-air environments outside the facility, further elevating the M20's value and flexibility as a top-tier warehouse quadruped robot.
- The X30 declares its capability to take on the most difficult and hazardous tasks with its industry-leading payload capacity and endurance time. Combined with a top-tier IP67 waterproof and dustproof rating, the quadruped robot can conduct inspections in dark and damp environments, explore high-temperature scenes according to precise commands, and even support prolonged search and rescue operations. Therefore, if the logistics robot dog needs to be deployed in research stations, energy facilities, or high-risk industrial sites, the X30 is undoubtedly the most appropriate choice.
- The Lite 3 possesses the highest plasticity and adaptability among the three models. Because the body of the quadruped robot is remarkably lightweight, it is much easier for students to carry and operate, allowing them to quickly grasp core control principles during classes. For schools, STEM education centers, and programming interest classes, this autonomous legged robot, paired with a graphical SDK and template settings, serves as an exceptionally effective and engaging educational tool.
About Deep Robotics' Educational, Warehouse & Logistic Robot Dogs – FAQs:
1. Are these robots suitable for crowded factories or warehouse environments in Hong Kong?
Yes. The warehouse quadruped robot is equipped with environmental scanning capabilities to ensure optimal routing. It can automatically halt when detecting sudden obstacles and autonomously correct its path. Coupled with its stair-climbing ability, the warehouse quadruped robot is perfectly suited for application in Hong Kong's compact warehouses and multi-story factories. Compared to manual material handling, warehouse quadruped robots not only improve transport accuracy but also significantly reduces the risk of occupational injuries.
2. Do quadruped robots support automatic charging?
Both the M20 and X30 quadruped robot models support auto-charging options. You can configure them to return to the charging station when battery levels drop below a certain threshold or at scheduled times, ensuring they have sufficient power for the next mission. Notably, the X30 warehouse quadruped robot features an operational endurance of up to 4.5 hours; a single charge is sufficient to complete comprehensive patrols and inspections across large-scale warehouses, achieving the ultimate goal of prolonged automated operations.
3. Can I customize complex patrol routes for the logistics robot dog?
Absolutely. The logistics robot dog can construct a digital map based on the real-time site environment and follow designated instructions to set up precise patrol paths. You can dynamically adjust the patrol routes and time intervals according to your security requirements. If equipped with the corresponding modules, quadruped robots can even perform air quality or temperature detection in specific zones to ensure normal operations within warehouses or manufacturing plants.
4. I have no experience using warehouse quadruped robots, will BPS provide assistance?
Yes. BPS Global provides comprehensive product introductions, scenario-based application demonstrations, and hands-on operational training. We offer tailored deployment recommendations for the warehouse quadruped robot based on your enterprise's current status and specific needs, ensuring the technology seamlessly integrates with your daily operations to maximize existing efficiency.
5. What practical benefits does introducing robot dogs bring to students' STEAM learning?
The "T" in STEAM represents Technology, encompassing programming and AI. By operating the autonomous legged robot, students can discover their curiosity and interest in coding. Instead of remaining on a theoretical level, they can instantly observe the physical results immediately after programming. This interactive learning methodology significantly enhances students' engagement with STEM curricula and sharpens their problem-solving skills.
6. Can additional sensors or cameras be installed on the logistics robot dog?
Yes. Various quadruped robot dogs feature modular designs that allow for easy swapping of accessories to accomplish diverse tasks. Examples include mounting an infrared camera for thermal inspections, installing gas detectors to assess environmental safety, or attaching a robotic arm to assist with material retrieval. This modular flexibility allows the logistics robot dog to effortlessly adapt to different scenarios such as patrolling, security monitoring, or cargo handling.
7. Can a single warehouse quadruped robot handle both transportation and patrolling simultaneously?
Yes. By simply integrating pick-up and drop-off commands when configuring the patrol route, the warehouse quadruped robot can retrieve goods upon reaching a designated location, drop them off at the destination, and seamlessly resume its patrol duties. It is precisely this multi-functional capability that gives the autonomous legged robot a significantly higher Return on Investment (ROI) compared to single-purpose automated equipment.
8. Are quadruped robots safe to operate in dynamic environments with moving personnel and vehicles?
Warehouse quadruped robots are completely safe. The logistics robot dog possesses robust perception and obstacle avoidance capabilities, enabling it to instantly identify approaching objects and halt automatically. It is precisely this uncompromising safety that allows the quadruped robot to execute missions stably in bustling, high-traffic environments, solidifying its position as a highly sought-after automation asset for the future of warehouses and logistics hubs.
