BonicBot M Series
Industrial Grade
The BonicBot M Series is an industrial-grade autonomous robot built for 24/7 safety patrolling, campus surveillance, and smart facility management.
170 cm
Full humanoid form factor optimized for industrial facility presence.
18 DOF
Highly modular joint configuration supporting advanced physical tasks.
20000-40000 mAh Battery
Auto docking chargeable batteries delivering 6-12 hours of continuous operation.
Nvidia Jetson / Orin NX / Thor
Enterprise-grade edge compute powered by Nvidia Jetson processors with Snapdragon® 7s 5G tablet and and real-time MCU.
Dual 60W Stereo
High-power stereo speakers for clear instructions in noisy plants.
IMU, LiDAR + Depth Camera
Redundant dual LiDARs and 3D depth cameras for 360° SLAM navigation.
15.6" Touchscreen + Big RGB face
Professional touchscreen for facility control and content display, also large RGB screen for face.
Auto-Dock
Self-docking charging station supporting round-the-clock patrol and monitoring loops.
Enterprise SOP Training
Robot delivers uniform standard operating procedure training and safety drills directly to personnel.
Retail & Commercial Showrooms
Engage customers, showcase product catalogs, and automate interactive lead generation on-floor.
Hospitality & Event Guiding
Premium guest welcoming, wayfinding, and digital concierge services in hotels and venues.
Visitor Concierge
Front-desk greeting, visitor check-in, registration, and conversational reception services.
Autonomous Patrolling & Reporting
24/7 security patrolling, environmental hazard monitoring, and real-time incident reporting.
Industrial Inspection
Thermal imaging, visual checkups, and safety monitoring in active manufacturing plants and facilities.
Logistics & Warehousing
Autonomous material transport, inventory tracking, and picking assistant in automated storage facilities.
Classroom Teaching & Presentations
Robot delivers interactive classroom lessons, safety education, and STEM demonstrations in schools and institutions.
Research & Development
Embodied AI training data collection, VLA model fine-tuning, and robotic manipulation R&D.
Key Features
10–35 DOF Modular Design
Highly configurable, modular joint structure that can be customized to support specific physical tasks and environments.
24×7 Industrial Operation
Industrial-grade hardware engineered for round-the-clock reliability, with hot-swappable batteries and automatic charging docks.
Edge + Cloud LLM AI
Combines fast local edge models for latency-critical tasks with cloud intelligence for complex decision making.
Vision-Language-Action Models
VLA models allow the robot to perceive surroundings, understand verbal instructions, and carry out physical manipulation tasks autonomously.
Advanced Navigation & LIDAR
Next-generation spatial mapping with high-precision LIDAR, depth cameras, and real-time obstacle avoidance.
BonicAI Fleet Management
Coordinate large deployments, monitor telemetries, and push OTA software updates seamlessly via the BonicAI platform.
Workforce Training Studio
Delivers standard training procedures, safety drills, and SOP compliance tutorials to staff directly on the floor.
Enterprise Integration
Seamlessly integrates with your existing ERP, inventory management, and building control systems.
Optional Equipment
Add-ons & Accessories
Enhance your BonicBot M Series with official hardware add-ons and control peripherals.
Flysky Long-Range Remote
Industrial-grade multi-channel long-range transmitter for wide-area teleoperation and safety management.
8-DOF Articulated Dexterous Hands Pair
High-precision 8 Degrees-of-Freedom articulated robotic hands pair for advanced industrial manipulation and R&D.
Training Studio
Create custom SOP and safety protocols in BonicAI. The M Series delivers these tutorials to employees on the floor, logs progress, and tests compliance.
Marketing Studio
Design interactive promotional campaigns, display advertising loops, and capture leads on the 15.6" touchscreen interface during idle times.
Patrolling Studio
Designate patrol routes, schedule inspection rounds, and configure anomaly triggers (heat, hazard, intrusion) in BonicAI for automatic security dispatch.
Real Deployment Stories
See how organizations deploy BonicBot operating systems and fleets to solve real-world challenges. Below are a handpicked few deployment stories and cases from all over the world.
Official deployment launch of ALAISA at BALCO
Autobonics and BALCO teams during the launch of the Aluminium AI Support Agent (ALAISA) at the Chhattisgarh smelter complex.
“Before potline work, I underwent safety training on SOPs via ALAISA. It was remarkable. Despite being a robot, it matched human-trainer effectiveness.”
Common Specifications
| Height | 170 cm (5.6 ft) |
| Weight | 40 kg |
| Form Factor | Industrial humanoid service robot |
| Natural Language Processing | Conversational AI, multi-language support |
| Computer Vision | Object recognition, facial recognition, OCR, real-time analysis |
| Connectivity | WiFi + Bluetooth |
| Internet | Enabled |
| Manual / Remote Control | Yes |
| Battery Life | 6 hours continuous |
| Operating Temperature | 45–50°C rated |
| EMI/RFI Protection | Industrial grade |
| Cloud Management | Vector database training, face recognition, remote monitoring, fleet management, analytics |
| Use Case | Reception, guidance, interaction, automation |
Model Comparison
BonicBot M1 Lite vs M1 Pro Comparison
BonicBot M1 Pro includes all M1 Lite capabilities, plus a dedicated onboard NVIDIA Edge AI processor, LiDAR + Depth-based autonomous navigation, ROS platform, 24x7 continuous operation, and expanded 18–35 DOF modular movement.
| Feature | M1 Lite | M1 Pro |
|---|---|---|
| Hardware (Key Differences) | ||
| Onboard Compute | Not available — cloud-dependent processing only | Yes — dedicated NVIDIA Edge AI processor |
| DOF | 12 DOF (fixed configuration) | 18–35 modular DOF |
| Vision System | Standard camera only | Dual LIDAR + Depth Camera |
| LiDAR Sensor | Not available | Yes — Dual LIDAR (2D + 1D) for 360° mapping |
| Depth Camera | Not available | Yes — 3D spatial awareness |
| Operation Mode | Not 24x7 capable — limited duty cycle | Yes — 24x7 continuous operation capable |
| Mobility & Navigation | ||
| Autonomous Navigation | Not available — manual/remote only | Yes — fully autonomous |
| Obstacle Avoidance | Not available | Yes — dual LIDAR + depth, redundant sensing |
| SLAM Room Mapping | Not available | Yes — real-time environment adaptation |
| Pit Detection | Not available | Yes — 3x sensors for enhanced safety |
| Auto-Docking / Auto-Charging | Not available | Yes — autonomous charging |
| Multi-Location Fleet Navigation | Not available | Yes — fleet deployment supported |
| AI & Software | ||
| AI Architecture | Cloud LLM only | Edge + Cloud LLM architecture |
| ROS Platform | Not available | Yes — ROS-enabled |
| Intelligent Action (VLA) | Not available | Yes — Vision-Language-Action models for autonomous task execution |
| Workflow Automation | Not available | Yes — adaptive workflow optimization |
| Developer / SDK Access | Limited | Full SDK & enhanced programmability |
| Use Case & Target Audience | ||
| Best Used For | Reception, guest interaction, light-duty corporate/hospitality use | Manufacturing, corporate, healthcare, hospitality, full autonomous 24x7 industrial deployment |
| Robotics Depth | Low — interaction-focused, no autonomous navigation | High — full autonomous task execution with edge AI |
| Overall Level | Industrial Interaction Robot | Enterprise-Grade Autonomous Industrial Robot |
Hardware (Key Differences)
Onboard Compute
DOF
Vision System
LiDAR Sensor
Depth Camera
Operation Mode
Mobility & Navigation
Autonomous Navigation
Obstacle Avoidance
SLAM Room Mapping
Pit Detection
Auto-Docking / Auto-Charging
Multi-Location Fleet Navigation
AI & Software
AI Architecture
ROS Platform
Intelligent Action (VLA)
Workflow Automation
Developer / SDK Access
Use Case & Target Audience
Best Used For
Robotics Depth
Overall Level
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