Hardware Layer
Intelligent robot chassis, D1 high-payload platform, lightweight platform and multi-scenario upper-structure solutions. Modular design, customizable by scenario.
BOTens leverages its global asset operation capabilities, together with technological innovation and localized services, to deliver practical and measurable intelligent service value to customers worldwide.
We use autonomous delivery as the entry point, turning robots into intelligent assets that can generate sustainable revenue.
From the community entrance to the user's doorstep, enable a true end-to-end autonomous home-delivery route.
BOTens D1
We are committed to enabling delivery robots to adapt to diverse operating scenarios. Whether in residential communities, busy commercial districts, premium office buildings, government institutions or university campuses, we can provide targeted solutions to help robots operate stably across different scenarios.
With our independently developed AIoT smart gate and elevator control systems, robots can move autonomously and easily between different buildings and floors.
BOTens Robotics leverages the 1909 Group's global channel network and business resources to accelerate the global deployment of robot asset operations and build an intelligent delivery service ecosystem that is deployable, dispatchable and operable.
Japan
Singapore
Pattaya
Silicon Valley
Make robots intelligent assets that generate sustainable revenue, and drive intelligent upgrades across global commercial and service industries.
BOTens provides a system solution. The overall solution is built around “autonomous-driving robots + AIoT access infrastructure + dispatch platform + doorstep delivery capability”, connecting the full autonomous home-delivery route from the community entrance to the user's doorstep.
Japan
Singapore
Pattaya
Silicon Valley
No confirmed BOTENS news items were supplied for this prototype.
A six-wheel indoor-outdoor integrated delivery robot with high payload, long endurance and strong mobility
Intelligent robot chassis, D1 high-payload platform, lightweight platform and multi-scenario upper-structure solutions. Modular design, customizable by scenario.
Integrated indoor-outdoor autonomous driving, supporting continuous localization, perception, planning and control in unstructured indoor and outdoor environments.
AIoT access-control and elevator integration, low-cost elevator control, access-control AIoT and flexible door openers, solving the robot access bottlenecks of “passing through doors, gates and elevators”.
Dispatch platform + localized operations, including route planning and dispatch, status monitoring, exception handling and data closed-loop management, supported by local delivery and continuous operating capabilities.
Recommended payload ≤50 kg, maximum static payload 200 kg, supporting large-item and multi-stop one-to-many delivery.
LiFePO4 battery, 12-15 hours of endurance, supports both charging and battery swapping, with a full charge in approximately 3 hours.
Six-wheel chassis, gradeability ≤30°, obstacle clearance <3 cm, supporting continuous indoor-outdoor operation.
Equipped with integrated indoor-outdoor autonomous driving, enabling autonomous localization and navigation, dynamic obstacle avoidance and route planning.
Multi-sensor fusion of 3D LiDAR, wide-angle waterproof cameras, 3D depth cameras and ultrasonic radar to accurately identify pedestrians, vehicles and obstacles.
Body height and upper structure can be customized by scenario, using a modular platform to quickly adapt to different industries.
Together with the dispatch platform and AIoT access infrastructure, the robot can support 24-hour unmanned operation and remote O&M.
Creates a 360° 3D map of the surrounding environment - detecting obstacles, people and walls from all directions.
Maintains clear vision in low light, rain or strong light - helping the robot recognize objects and read signs.
Measures the distance to nearby objects - critical for collision avoidance and clearance assessment.
Protects the robot and cushions impact if it accidentally contacts an obstacle.
Detects objects at very close range (for example, when someone walks in front) - providing additional safety in narrow spaces.
| Parameter | Specification |
|---|---|
| Product Dimensions | Length 75 cm × Width 56 cm × Height customizable |
| Recommended Payload | ≤ 50 kg |
| Maximum Static Payload | 200 kg |
| Gradeability | ≤ 30° |
| Autonomous Driving Speed (Recommended) | 0.8 m/s – 1.2 m/s |
| Maximum Speed | 2.5 m/s |
| Battery Type | LiFePO4 |
| Battery Endurance | 12 h – 15 h (test conditions) |
| Charging Method | Charging / Battery Swap |
| Full Charge Time | Approx. 3 h |
| Obstacle Clearance | < 3 cm |
Can deliver parcels, takeaway food, groceries and bottled water. Supports integration with community access control and elevators, enabling contactless doorstep delivery.
Provides delivery of documents, parcels and beverages. Supports reception desk collection, direct delivery to workstations and cross-floor coordination, helping enterprises simplify internal logistics processes and improve operational efficiency.
Supports flexible cross-floor delivery, with intelligent dispatch and autonomous obstacle avoidance during peak periods, effectively improving service experience and operational efficiency.
Covers dormitories, libraries, laboratories and other scenarios, supporting scheduled delivery and multi-stop route planning to meet the daily logistics and material delivery needs of students and staff.
Covers guest rooms, dining areas and public areas, providing guests with a convenient and efficient room-service experience while improving hotel operational efficiency.
Connect elevators, access control, automatic doors, smart lockers and charging equipment, enabling seamless integration with customer systems
Break down access-control barriers. With independently developed non-invasive access-control technology, robots can move freely through different controlled-access areas, from the entrance directly to every door, enabling true end-to-end autonomous delivery.
Installation requires no modification to existing structures or equipment, fully preserves current facilities, and enables fast, safe and low-cost robot integration.
A single system can support unified access for multiple robots, enabling resource sharing and centralized management to meet deployment needs at different scales.
Provides reliable communication links and real-time response capability, ensuring efficient coordination between robots and control systems for a stable, safe and smooth autonomous delivery experience.
Supports integration with different types of door-control and access-control equipment. No modification to existing facilities is required, enabling robots to open doors autonomously and complete the full delivery access process.
Through independently developed non-invasive elevator control technology, robots can call elevators, ride them and reach the target floor autonomously. Compatible with multiple elevator brands and models, enabling rapid deployment without modifying existing facilities.
No modification to the existing elevator system is required, with zero impact on current facilities, enabling fast and safe deployment.
Balances cost efficiency and system stability to meet long-term operating needs in an economical and efficient way.
Provides reliable communication links, ensuring stable signals and fast response even across floors or over long distances.
Supports integration with major elevator brands and models. No equipment replacement is required, enabling rapid connection and autonomous delivery.