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LoadRunner AMRAutonomous Mobile Robot

A new-concept indoor/outdoor autonomous mobile robot that combines Vision A.I with autonomous driving. Mechanics, electrical systems and software are 100% developed in-house, and a Hybrid Navigation approach blending QR/Vision with SLAM delivers consistent performance even under 24H/365D operation.

Hybrid Navigation

Precise driving with QR/Vision + SLAM

Multi-layered Safety

360° LiDAR · bumpers · emergency stop

Vision A.I

Moving-object recognition for greater stability

24H / 365D Verified

Mechanics · electrical · SW built in-house

Overview

AMR for Logistics Automation

The AMR (Autonomous Mobile Robot) uses innovative automation technology to plan its own routes and move autonomously in logistics and manufacturing, transporting goods and performing tasks. It reduces manpower, improves productivity, and maximizes space and operational efficiency to strengthen business competitiveness. We propose a new-concept indoor/outdoor autonomous mobile robot that combines Vision-based A.I with automotive mechanisms.

Core Technology

Navigation · Precise Driving

Precise driving with QR-barcode · Vision
General driving via SLAM or VQR-based autonomous navigation
Hybrid Navigation blending QR/Vision with SLAM is available
Identical forward/reverse characteristics · minimized turning paths · simplified routes via front/side docking

Safety · Multi-layered Safety Design

Front/rear LiDAR sensors for 360° obstacle detection with voice alerts
Front/rear bumpers halt driving on contact
Emergency stop button for immediate halt
Components certified in Korea and abroad

Patent · Patented Technology

Patent-pending technology improves driving characteristics and precision (enhanced mobility such as 360° rotation)
Redesigned auxiliary-wheel drive: spherical wheels applied
Patent registration no. 10-2555963

ROS-based Control

ROS (Robot Operating System)-based robot control and status diagnostics
Sensor drivers and sensing/recognition libraries leverage diverse sensing technologies
SLAM autonomous driving · excellent customization via diverse manipulation libraries
ROS 2.0 operates flexibly even on unstable networks · pre-validation with the GAZEBO driving simulator

Line-up

Key Product Lineup

Specification

Product Specifications

Item	AMR 300	AMR 600	AMR 1000
Size (mm)	900×550×300	950×750×300	1100×850×300
S/W Framework	Linux, ROS 2.0	Linux, ROS 2.0	Linux, ROS 2.0
Payload (Max.)	300 kg	600 kg	1000 kg
Auto Charging	YES	YES	YES
Navigation	QR/SLAM Hybrid	QR/SLAM Hybrid	QR/SLAM Hybrid
Drive System	Differential / QD	Differential / QD	Differential / QD
No-load Speed	2.0 m/s	1.5 m/s	1.2 m/s
Full-load Speed	1.2 m/s	1.2 m/s	0.8 m/s
Position Accuracy	±10 mm (±5)	±10 mm (±5)	±10 mm (±5)
Safety	LiDAR·Bumper·E-Stop	LiDAR·Bumper·E-Stop	LiDAR·Bumper·E-Stop
Battery	Li-Po 51.8V/25Ah	Li-Po 51.8V/48Ah	Li-Po 51.8V/48Ah
Charging/Working	1~1.5H / 6~8H	1~1.5H / 6~8H	1~1.5H / 6~8H

* Specifications are subject to change as needed.

Peripherals

Peripheral Equipment

BUFFER

A buffer is equipment that maintains smooth flow in logistics automation, available in conveyor and lift types depending on function. It controls congestion caused by differences in production time and quantity between equipment. Depending on whether a buffer is present, the number of AMRs deployed and the simplification of logistics flow and routes change significantly, making it a critical piece of equipment.

AMR AUTO CHARGER

Charging power is supplied only after the AMR arrives and confirms alignment via communication, preventing electric-shock accidents
IN-OUT stroke-type charging terminal offers excellent stability and space efficiency
Top display and warning light show charging status and history
Lower leveling feet adapt to diverse environments
SIZE : 450 × 335 × 345 (630 incl. warning light) mm

3D Scanner

3D Scanning Robot · LOADRUNNER SCOUT

An autonomous scanning robot built on a quadruped walking platform that moves directly through hard-to-access sites such as factories and underpasses to collect precise 3D data. The collected 3D maps are used directly as autonomous-driving maps for AMRs and drones.

3D Scan · Automatic Map Generation

Scans sites such as factories and underpasses in 3D and automatically generates maps using 3D GS (Gaussian Splatting) technology.

Reduced Map-building Time

Dramatically reduces map-building time from 1 week → 1 day compared with manual methods.

Vertical Map Expansion

When combined with drones, 3D maps can be built not only horizontally but also in the vertical direction.

Customizing

Expandable Customizing Capability

Based on our in-house hardware and software platforms, customization to meet customer requirements is possible. Beyond manufacturing and logistics automation, applications extend to diverse fields such as service robots and defense robots.

Manufacturing Automation

An industrial AMR platform optimized for smart-factory logistics and production-line automation and for MES/WMS-linked goods transport.

Service Robots

Customization can be expanded into service robots tailored to diverse sites such as logistics centers, hospitals and commercial facilities.

Defense Robots

An autonomous-driving platform tailored to special-mission environments expands the scope of application into defense and special-purpose fields.

Reference

Key Application Cases

Logistics Automation

Samsung Electro-Mechanics Sejong Plant

300kg payload AMR + logistics-equipment automation applied · logistics equipment supplied

Logistics Automation

Samyang Foods Miryang Plant

600kg payload AMR logistics automation applied · I/F buffer and other peripheral equipment supplied

Create Automation World

Building Smart Factories, together with LoadRunner

From on-site diagnosis to automation, MES and quality-analytics implementation — we design it with you.