1. Introduction
This manual provides comprehensive instructions for the assembly, operation, and maintenance of your LewanSoul DPC-XGL1-JP Robot Tank Chassis. This all-metal mobile platform is designed for DIY intelligent robot projects, offering robust construction and versatile expansion capabilities for various educational and research applications.
Image 1: LewanSoul DPC-XGL1-JP Robot Tank Chassis, top-down view.
2. Package Contents
Verify that all components are present before beginning assembly:
- Suspension Shock-Absorber Chassis (pre-assembled)
- Encoder DC Geared Motors (included with chassis)
- 4-Channel Encoder Motor Drive Module
- Note: Main controller board and battery are NOT included.
3. Product Features
3.1 High-Quality Vibration Reduction
The chassis is equipped with 8 high-elastic carbon steel tension springs and micro-bearings, providing excellent shock absorption for smooth operation across various terrains.
Image 2: Detailed view of the chassis suspension system with springs and bearings.
3.2 Robust All-Metal Design
Constructed from durable aluminum alloy with an anodized surface treatment, the chassis offers a robust and aesthetically pleasing design. The top layer is easily removable, simplifying DIY development and modifications.
Image 3: Top view of the robot chassis, highlighting its metal construction.
3.3 Extensive Expansion Capabilities
The chassis bracket features multiple expansion ports, ensuring full compatibility with popular controllers such as Jetson Nano, Raspberry Pi, and Arduino. This allows for the integration of various sensors and servos to create advanced robotic projects.
Image 4: Chassis showing various expansion ports for controller and sensor integration.
3.4 Diverse Applications
This robot tank chassis is suitable for a wide range of applications, including educational projects, competitive robotics, research, and personal hobbies. It is a popular choice in educational institutions for teaching AI robotics concepts.
4. Product Structure and Dimensions
4.1 Exploded View
The following diagram illustrates the main components of the chassis and their arrangement.
Image 5: Exploded view showing anodized metal bracket, encoder geared motors, plastic particle tracks, and battery placement area.
4.2 Dimensions
Refer to the technical drawing for detailed measurements of the chassis.
Image 6: Top and side view dimensions of the chassis (272.9mm length, 193mm width, 94mm height).
5. Setup and Assembly
The chassis comes pre-assembled. This section details the connection of the motor drive module and encoder motors.
5.1 Motor Drive Module and Encoder Motor Diagrams
Understand the pinouts and connections for the 4-channel encoder motor drive module and the encoder DC geared motor.
Image 7: Top diagram shows the 4-channel encoded motor drive module with labeled ports (Encoded Motor Port, 3Pin Power Port, IIC Port, Power Port). Bottom diagram shows the Encoder DC Geared Motor with labeled wires (Motor power cable +, Sensor signal positive 5V/3.3V, Sensor signal wire A phase, Sensor signal wire B phase, Sensor signal negative, Motor power cable -).
5.2 Control Connection Diagram
Follow this diagram to connect your external controller (e.g., Arduino) and battery to the motor drive module and motors. Ensure correct polarity for power connections.
Image 8: Wiring diagram showing connections between a battery, the motor drive module, two motors (M1, M2), and an Arduino board (5V, GND, SDA, SCL pins).
6. Operating Instructions
The DPC-XGL1-JP chassis is designed for versatile operation. Its robust design allows it to adapt to various ground conditions and carry significant payloads.
6.1 Terrain Adaptability
The suspension system and tracked design enable the chassis to navigate diverse terrains effectively, including rocks, grass, and uneven indoor surfaces.
Image 9: The robot chassis demonstrating its ability to traverse different surfaces such as rocks, paved roads, grass, and indoor flooring.
6.2 Payload Capacity
The chassis is capable of carrying payloads up to 10kg, making it suitable for various experimental setups and attachments.
6.3 Operational Demonstration
Watch the video below for a demonstration of the chassis's features, including its suspension, terrain adaptability, and control methods.
Video 1: Demonstration of the LewanSoul DPC-XGL1-JP Robot Tank Chassis, showcasing its suspension, movement on different surfaces, payload capacity, and various control options (gamepad, airplane remote, mobile app).
7. Specifications
| Attribute | Value |
|---|---|
| Brand Name | LewanSoul |
| Manufacturer Model Number | DPC-XGL1-JP |
| Customer Age Range | Adult |
| Material Type | Aluminum |
| Item Dimensions (L x W x H) | 27.3 x 19.6 x 9.4 cm |
| Product Body Size | 27.3 x 19.6 x 9.4 cm |
| Number of Sets | 1 |
| Assembly Required | No (Chassis pre-assembled) |
| Batteries Required | Yes (Not included) |
| Theme | Video Game |
| Manufacturer Name | Hiwonder |
| Included Items | Suspension shock-absorber chassis (assembled, with encoder DC geared motor included), 4-channel encoder motor drive module. |
7.1 Encoder Motor Parameters
Detailed parameters for the included encoder motors:
Image 10: Table detailing encoder motor specifications including motor type (JGB3685-520R45-12), rated voltage (12V), voltage range (7-13V), port type (PH2.0-6PIN), stall current (1.5A), stall torque (0.5N.m), output axis (6mm-diameter D-shape eccentric shaft), post-reduction speed (150+10rpm), rated torque (0.15N.m), gear ratio (45:1), pre-reduction speed (6500rpm), rated current (0.1A), encoder type (Hall encoder), and motor type (Permanent magnet brushed).
8. Troubleshooting
If you encounter issues with your robot tank chassis, consider the following common troubleshooting steps:
- Power Issues: Ensure the battery is fully charged and correctly connected. Verify all power connections are secure.
- Motor Functionality: Check motor wiring for loose connections. Confirm that the motor drive module is receiving power and control signals from your main controller.
- Control Problems: If using a wireless controller, ensure it is properly paired and within range. Check your controller's battery level.
- Movement Irregularities: Inspect tracks for any obstructions or damage. Ensure the suspension springs are intact and functioning correctly.
- Software/Programming: Verify that your main controller's firmware and code are correctly uploaded and configured for the motor drive module and encoder motors. Refer to the provided English course materials for programming guidance.
For persistent issues, consult the official LewanSoul support resources or community forums for further assistance.
9. Maintenance
Regular maintenance helps ensure the longevity and optimal performance of your robot tank chassis:
- Cleaning: Periodically clean the tracks and chassis to remove dust, dirt, and debris that may hinder movement or damage components. Use a soft brush or cloth.
- Track Inspection: Check the tracks for wear, tears, or loose links. Replace damaged tracks as necessary.
- Bearing and Spring Check: Ensure all micro-bearings rotate freely and suspension springs are not bent or broken.
- Electrical Connections: Routinely inspect all wiring and connectors for signs of wear, corrosion, or loosenness. Secure any loose connections.
- Storage: When not in use, store the chassis in a clean, dry environment away from extreme temperatures and direct sunlight.
10. Warranty and Support
This product comes with a 1-year warranty as per the manufacturer's specifications. For warranty claims, technical support, or additional resources, please contact LewanSoul customer service through their official channels or the retailer where the product was purchased.
All related course materials and documentation are provided in English to assist with your DIY projects.
