For Engineers: Dual Motor Tracked ATV with Advanced Chassis and Control System
Modular structure designed for engineering development needs
① Modular Design
Battery, motor, and controller are independently arranged for easier system inspection and maintenance.
② Ergonomic Optimization
Dual-seat layout with steering wheel control, electronic steering, and digital instrument display.
③ Reliability Design Concept
Rear-mounted dual electric drive axle + independent suspension structure improve adaptability in complex environments.
Supporting functional integration for different projects
① Smart Control System
Integrated electronic differential steering system precisely distributes power between left and right tracks.
② Energy Management Solution
Equipped with 72V200Ah lithium battery, providing approximately 6-8 hours runtime.
③ Function Expansion Capability
Reserved expansion interfaces support additional functional equipment according to project requirements.
Optimized power, structure, and energy configuration
① Power System Optimization
Dual 5000W motors, total power output 10kW, providing stable driving performance.
② Reinforced Structural Design
Independent shock absorption system + dual load-bearing beam chassis improve load stability.
③ Energy Efficiency Improvement
Electric drive system combined with 72V200Ah lithium battery supports continuous outdoor operation.
| L/W/H | 2480*1560*1735mm |
| Motor power | 5000W*2 |
| Battery voltage | 70V200Ah |
| Driving speed | 30km/h |
| Preparation quality | 850KG |
| Driving property | Rear-mounted dual drive |
| Braking form | Double-clamp disc brake |
| Battery life | 6 to 8 hours |
| Charging time | 8 to 10 hours |
| Chassis structure | Split body type, independent shock absorption, rear-mounted dual-electric dual-drive drive axle |
| Applicable scenarios | Amusement parks, ski resorts, parent-child playgrounds, farms, theme parks, beaches and other all-terrain venues. |
Multiple performance validations before delivery
① Complete Vehicle Testing
Test power system, steering system, and braking performance.
② Structural Testing
Verify stability of chassis, suspension, and load-bearing structure.
③ Factory Inspection
Complete operational testing before packaging and shipment.
Supporting continuous product optimization and project development
① R&D Design Capability
Support optimization of vehicle structure, electrical layout, and functional solutions.
② Testing Equipment Support
Cover testing of power system, chassis performance, and battery endurance.
③ Technical Solution Development
Support OEM functional development and customized project requirements.
Demonstrating multi-scenario technical integration capability
① Interactive System Integration
A UK customer added a shooting system to achieve a tank-themed interactive experience.
② Application Testing & Validation
Applied in theme parks, outdoor camps, and entertainment experience projects.
③ Project Implementation
Vehicle configuration and functions can be adjusted according to specific application requirements.
Q1: What drive system does TUE-2B use?
A:Uses a rear dual-drive system with dual 5000W motors.
Electronic differential controls left and right track power.
Q2: What are the chassis features?
A:Uses a split-body chassis with independent shock absorption.
Six shock-absorbing supports are installed on each side.
Q3: What safety features are included?
A:Equipped with double-caliper disc brakes.
Supports speed, battery and operation monitoring.
Q4: Can the vehicle be customized?
A:Supports lighting, entertainment modules and other extensions.
Customization can be evaluated based on project needs.
