T7 Series Specifications
From 400 kg to 1,500 kg, our controller, navigation, servo drive, lifting, and safety components form a scalable Underride Lifting AMR solution.
Hardware Modules
KCONBOT provides a complete and reliable hardware portfolio to build autonomous forklift and mobile robot solutions.
Navigation & Robot Controller
Laser SLAM and QR code positioning, differential-drive control, mechanism control, and safety I/O integration.
LiDAR Navigation
Front and rear 360° LiDAR sensors provide bidirectional environmental perception, SLAM navigation, and obstacle detection.
Servo Drive System
MRW Series integrated servo wheel modules support under-rack lift AMRs with payloads from 400 kg to 1,500 kg.
Lifting Drive System
SM Series servo motors and MRD Series servo drives provide 200–750 W configurable lifting power for AMRs with payloads up to 1,500 kg.
Safety & Functional Modules
Integrates front and rear emergency stops, reset controls, anti-collision bumper signals, lifting limit sensors, multi-color status lights, and audible alerts.
Optional Visual Obstacle Avoidance
Provides three-dimensional obstacle detection with a measuring range of up to 6 m and Ethernet communication.
Software Platform
Design, deploy, dispatch and optimize your autonomous mobile robots with KCONBOT software platform.
Cloud & On
premise Deployment
Scalable Architecture
Supports 1‑1000+ Robots
Open API / SDK
Easy Integration
Secure & Reliable
Industrial Grade
xRobotDesigner — Low-Code Robot Development Platform
Graphical IEC 61131-3 (LD/FBD/ST) programming with drag-and-drop navigation and chassis motion blocks, cutting third-party device integration and custom logic development from months to days.
xRobotStudio — One-Stop Field Deployment Software
Map, draw paths and configure tasks in a single interface, turning a bare chassis into a production-ready robot without writing code on site.
XRobotFleet — Unified Fleet Monitoring & Dispatching Platform
Real-time visibility into every robot's location and task status, paired with intelligent task allocation, traffic management and dispatch-logic simulation across mixed fleets — monitor, dispatch and validate strategy changes in one system before they go live.
Coordinating Nearly 1,000 AMRs in One Automotive Plant
The Challenge
Deploying nearly 1,000 under-ride lift AMRs was not simply a matter of adding more robots. Narrow aisles, heavy traffic and simultaneous transport tasks created a high risk of congestion and route conflicts. The fleet also had to work reliably with MES, WMS, automatic doors, elevators and conveyors across multiple production areas.
Our Solution
KCONBOT provided core control solutions for approximately 60% of the AMR fleet and helped integrate, deploy and commission the complete system. Our technology enabled unified fleet access, intelligent task allocation, real-time traffic control, dynamic route optimization and coordinated charging. Reliable equipment interfaces allowed the robots to move materials seamlessly between assembly, welding, stamping and other production zones.
The Impact
The solution turned a massive robot fleet into one coordinated logistics network—reducing congestion, improving material flow and supporting stable, high-density operation. The manufacturer achieved a 40% increase in overall production efficiency while significantly reducing manual transport across the plant.