Supplier Industrial AGV Robot SLAM Navigation Dual Vehicle Linked Heavy Load AGV Automated Guided Vehicle Handling Robot

Price	US $50000.00 - 58000.00/ Set
MOQ	1
Delivery Time	90 working days
Brand	China Lonyu
Place of Origin	China
Model Number	Customized
Payment Terms	T/T

Product Details

Product Specification

Alarm method	Audible and visual alarm	Place of Origin	China
Product Name	120-ton omnidirectional lifting AGV	Climbing ability	≤2°
Model Number	Customized	Product Dimensions	L3000W1600H1000 mm
Brand Name	China Lonyu	Payment Terms	T/T
Price	US $50000.00 - 58000.00/ Set	Delivery Time	90 working days
Minimum Order Quantity	1	Drive type	Super differential drive
Number of drives: Single vehicle	Four-wheel drive (eight wheels)	Communication interface	System Wi-Fi communication, control interface

Product Description

Supplier Industrial AGV Robot SLAM Navigation Dual Vehicle Linked Heavy Load AGV Automated Guided Vehicle Handling Robot

Product Attributes

Attribute	Value
Product Name	120-ton omnidirectional lifting AGV
Drive type	Super differential drive
Alarm method	Audible and visual alarm
Communication interface	System Wi-Fi communication, control interface
Climbing ability	≤2°
Number of drives: Single vehicle	Four-wheel drive (eight wheels)
Product Dimensions	L3000W1600H1000 mm

Lonyu Dual-Vehicle Linked AGV - SLAM Navigation Heavy Load Handling Robot for Industrial Automation

Overview
The Lonyu Dual-Vehicle Linked AGV uses SLAM navigation and synchronized control to transport ultra-heavy loads (30T+). Ideal for aerospace, wind power, and transformers, it ensures precision and safety in complex scenarios.

Features

Dual-Vehicle Linkage: Synchronized movement for oversized loads.
SLAM Navigation: Dynamic path planning without infrastructure.
Modular Expansion: Scalable fleet management.
High Precision: ±20mm positioning accuracy.

Technical Parameters

Parameter	Value
Model	Lonyu Dual-Vehicle Linked AGV
Load Capacity	30T (dual-vehicle 60T)
Navigation	SLAM
Linkage Accuracy	±20mm
Communication	WiFi/4G fleet control
Safety	Redundant collision avoidance