All-Terrain Remote Unmanned Mine-Laying Vehicle
Mine-Laying Vehicle RC480-1
An all-terrain remote unmanned work platform for field mine laying, defense engineering, and hazardous-area special operations. It combines patented floating suspension and a 4WD shaft-drive chassis with a hydraulic tipping mechanism and multiple independent payload bays, multi-mode remote communication, and live video. The standard vehicle is remotely controlled, while a general CAN interface supports navigation expansion, allowing it to replace personnel in hazardous mine-laying operations.
All-Terrain
Floating Suspension
Drive Type
4WD Shaft Drive
Obstacle Clearance
15 cm vertical obstacles
Communication
RF
Control Mode
Remote Control
Popular Modifications
High Speed / Thermal Imaging
Product Overview
The RC480-1 is all-terrain unmanned equipment developed for mine-laying operations in hazardous environments using mature drive-by-wire chassis technology and patented floating suspension. Its four 1200 W independent motors and 4WD shaft-drive architecture provide reliable transmission without the wear, jamming, and maintenance burden of chains. The floating suspension adapts to uneven outdoor terrain and clears vertical obstacles up to 15 cm for stable operation on unpaved ground. The vehicle operates entirely by remote control and includes high-definition real-time video, allowing operators to monitor the vehicle and work area from a safe distance. A rear hydraulic tipping mechanism contains six independent work bays whose payloads can be configured for each mission. Operators remotely control the mechanism to complete the mine-laying process without entering the hazardous area. Standard RF and Wi-Fi communications can be expanded with optional 4G, 5G, or satellite modules. A general CAN bus interface is reserved because the standard vehicle is remotely controlled; it can integrate a navigation kit for autonomous positioning, path planning, and route-following operations. High-speed and thermal-imaging options support further configuration for specialized tasks.
- LISHO patented product
- All-terrain remote unmanned mine-laying vehicle
- Drive-by-wire chassis
- 4WD
Specifications
General Specifications
| Parameter | Specification | Notes |
|---|---|---|
| Model | Mine-Laying Vehicle RC480-1 | |
| Dimensions (L × W × H) | 170 x 83 x 87 (cm) | |
| Curb Weight | 350 kg | Standard configuration |
| Rated Payload | 300 kg | |
| Control Mode | Remote controller | |
| Communication Range | 200-3500 m | Optional remote controller models support different maximum control ranges. |
Chassis Performance
| Parameter | Specification | Notes |
|---|---|---|
| Drive Type | 4WD | Shaft drive; non-chain transmission |
| Suspension | Floating suspension | LISHO patented |
| Steering Type | Differential steering | |
| Braking | FOC vector control + physical parking brake | Power-off braking with secondary protection |
| Tire Size | Diameter: 52 cm; width: 11 cm | 4.00-10 |
| Ground Clearance | 10 cm | Chassis clearance from the ground |
| Track Width | 61 cm | |
| Minimum Turning Radius | 0 m | 360° rotation in place |
| Maximum Obstacle Height | 25 cm | |
| Maximum Climbing Angle | 30° | |
| Maximum Speed | 10 km/h |
Electrical System
| Parameter | Specification | Notes |
|---|---|---|
| Motor | 800 W permanent-magnet synchronous motor | Quantity: 2 |
| Motor Controller | Servo motor controller (<=100 A) | Quantity: 2 |
| Vehicle Control Unit | LISHO-developed VCU | Quantity: 1 |
| Battery Type | LiFePO4 battery (new cells) | Jikong BMS |
| Battery Capacity | 50 Ah | 48 V 50 Ah x 1 |
| Rated Operating Voltage | 48 V | DC power supply |
| Operating Time | 5~6 hours | Continuous operation below rated payload |
| Charging | External adapter charging | |
| Charging Time | 6 hours to full charge | |
| Communication | RF |
Payload Equipment
| Parameter | Specification | Notes |
|---|---|---|
| Mine Compartment Internal Dimensions (L × W × H) | 28.5 x 28.5 x 19 (cm) | |
| Mine Compartments | 6 | |
| Hydraulic System | 2,000 kg capacity, 2 kW | |
| Maximum Tipping Angle | 40~45° |
Popular Modifications
| Parameter | Specification | Notes |
|---|---|---|
| High-Speed Version, 20 km/h | High-speed stable transmission structure | |
| Thermal Imaging | 640*512 resolution |
Key Features
All-Terrain Mobility
LISHO patented floating suspension keeps every wheel in contact over potholes, undulations, and cross-axle terrain, improving mobility and stability. Independent drive and shaft transmission reduce the maintenance and jamming associated with chains and are better suited to complex outdoor environments.
Four-Wheel Drive
Two 800 W permanent-magnet synchronous motors independently drive four wheels. Independent power at every wheel improves traction and obstacle performance under load, on potholes, slopes, and complex surfaces.
Remote Video Transmission Control
Supports remote real-time video return and vehicle control depending on the selected remote controller.
Open Work Platform
Standardized hardware interfaces and a software SDK support transport boxes, inspection equipment, PV cleaning systems, robotic arms, and other specialized equipment. Power, CAN, RS485, and LAN interfaces enable mechanical, electrical, and software customization.
Application Scenarios
Military Exercises
Field reconnaissance, position security, forward material delivery, and simulated confrontation exercises.
Livestock Feeding
Material delivery and around-the-clock automated environmental inspection at livestock farms.
Gallery
Related Technologies
Frequently Asked Questions
How well does it handle terrain and what is its maximum obstacle height?
Patented floating suspension and 4WD shaft drive adapt to uneven unpaved terrain while keeping the wheels grounded. The vehicle clears vertical obstacles up to 15 cm.
What is the power configuration and what are the drive-system advantages?
Four independent 1200 W motors provide smooth
How is the work mechanism configured and how many compartments are provided?
A rear hydraulic tipping mechanism contains six independent work compartments. Mission payloads can be configured as needed and the tipping action is controlled remotely.
Which communication methods are supported and is live video available?
Standard RF and Wi-Fi remote control are paired with HD real-time video. Optional 4G
Can autonomous navigation be added?
The standard vehicle is remotely controlled. A general CAN bus interface supports an optional navigation kit for positioning
Which functional upgrades are supported?
Popular options include high-speed driving and thermal imaging. The CAN interface can also integrate customized equipment for specialized missions.
Which operations is the vehicle designed for?
It replaces personnel in hazardous field mine laying
What should be done if an abnormal condition occurs?
Live video and status feedback allow remote monitoring. Operators can immediately stop the task or move the vehicle away
Want to See How the RC480-1 Fits Your Scenario?
Contact the LISHO team for product materials, configuration, and customization support.