Smart Robot Car Tank Chassis Kit User Manual

Prodotto finitoview

The XiaoR Geek Smart Robot Car Tank Chassis Kit is an agile tracked platform designed for DIY robotics projects. Constructed from high-strength aluminum alloy, this chassis offers durability and a stable foundation for various applications. It features low noise operation and is easy to control, making it suitable for educational learning, smart robot car competitions, and general entertainment. The upgraded version includes enhanced motors and motor cables for improved quality and longevity.

The track system is made from engineering plastic, providing excellent damping effects and substantial road grip. High-speed motors ensure swift movement across different terrains. This platform is compatible with popular controllers such as Jetson Nano, Raspberry Pi, UNO R3, and Mega 2560, allowing users to integrate various sensors, servos, turntables, and other components using its multiple mounting holes.

Assembled Smart Robot Car Tank Chassis Kit in yellow-gold color. — Figure 1: Assembled Smart Robot Car Tank Chassis Kit. This image displays the complete tank chassis with its tracks and yellow-gold aluminum alloy frame.

Cosa c'è nella scatola

Dopo aver aperto la confezione, verificare che siano presenti tutti i seguenti componenti:

1x Chiave inglese
1x Cacciavite
2x Motors
2x Tracks
2x Drive Wheels
10x Driven Wheels
1x Instruction Manual (PDF available online)
1x Set Base (Aluminum Alloy Plates)
1x Set Screw Accessory (various screws and nuts)

All components of the Smart Robot Car Tank Chassis Kit laid out, including aluminum alloy plates, motors, tracks, wheels, screws, and tools. — Figure 2: Kit Contents. This image shows all individual parts of the tank chassis kit neatly arranged, including the metal plates, motors, tracks, wheels, and assembly tools.

Informazioni sulla sicurezza

This product contains small parts. To prevent accidental swallowing, adult supervision is required during assembly and operation, especially when children are present.

Installazione e assemblaggio

The tank chassis kit is provided unassembled, requiring a DIY approach for construction. Step-by-step instructions are available to guide you through the process. The assembly typically takes approximately 75-90 minutes at a comfortable pace.

For detailed assembly instructions, please refer to the official PDF manual: Manuale di installazione (PDF).

Diagram showing the dimensions of the Smart Robot Car Tank Chassis Kit: 300mm length, 230mm width, 124mm height. — Figure 3: Product Dimensions. This diagram illustrates the overall dimensions of the assembled chassis, which are important for planning your robot's design and integration.

Avvicinamento view of the tank chassis components, highlighting high-quality materials for bearing wheels and the engineering plastic track. — Figure 4: Material Details. This image provides a close-up of the bearing wheels and the plastic track, emphasizing the quality of the components used in the chassis construction.

Istruzioni per l'uso

The XiaoR Geek Tank Mobile Platform is designed for versatility and can be integrated with various microcontrollers to achieve diverse functionalities. Once assembled and connected to a compatible controller (such as Jetson Nano, Raspberry Pi, UNO R3, or Mega 2560), the platform can be programmed for tasks like tracing, obstacle avoidance, distance testing, speed testing, and wireless remote control.

Ensure your chosen controller is properly mounted and wired according to its specific documentation and the chassis's mounting points. Power the motors with an appropriate voltage supply (e.g., 12V for optimal performance, as the motors are rated for 12V). The high-speed motors and durable tracks enable the robot to move swiftly and navigate various environments.

The Smart Robot Car Tank Chassis Kit demonstrating a 30-degree climbing ability on rough terrain. — Figure 5: Climbing Capability. This image illustrates the tank chassis's ability to climb inclines, specifically demonstrating a 30-degree climbing angle on a textured surface.

Manutenzione

Regular maintenance helps ensure the longevity and optimal performance of your robot chassis. Consider the following:

Pulizia: Periodically clean the tracks and wheels to remove dust, dirt, or debris that may hinder movement or cause wear. Use a soft brush or cloth.
Tensione del binario: Inspect the tracks for proper tension. Tracks that are too tight can cause excessive strain on the motors, while loose tracks may slip. Adjust as necessary.
Lubrificazione: If wheels or bearings show signs of friction or stiffness, a small amount of lubricant (e.g., WD40, applied sparingly) can improve rotation. Avoid applying lubricant to the tracks or drive gears.
Elementi di fissaggio: Check all screws and nuts regularly to ensure they are secure. Apply blue (medium strength) threadlocker to critical screws, especially those on sprocket wheels, to prevent loosening from vibrations.
Cavi motore: Ensure motor wires are securely connected and free from damage.

Risoluzione dei problemi

Robot not moving or moving sluggishly:
- Check power supply: Ensure the battery or power source provides sufficient voltage (e.g., 12V for optimal motor performance) and current.
- Inspect motor connections: Verify that motor wires are correctly connected to the motor driver and controller.
- Check track tension: Tracks that are too tight can impede motor movement. Adjust tension if necessary.
- Examine wheels: Ensure all wheels rotate freely and are not binding due to overtightened nuts.
Tracks are too tight:
- This can be a common issue. Ensure the top tensioner wheel is adjusted correctly. If tracks remain too tight, consider disassembling and reassembling the track system, ensuring proper alignment of drive gears and non-driven wheels.
Parti mancanti o danneggiate all'arrivo:
- If any significant components are missing or damaged, contact technical support immediately for assistance.
Difficulty aligning sprocket drive gears:
- Ensure the bushing is positioned correctly on the motor shaft. If alignment issues persist, slight adjustments to the metal parts may be necessary, or ensure the gear set is properly seated.

Specifiche del prodotto

Caratteristica	Dettaglio
Dimensioni del prodotto	11.81 x 9.06 x 4.88 pollici (300 x 230 x 124 mm)
Peso dell'articolo	2.65 libbre
Numero di modello	XR-TH chassis
Produttore	XiaoR GEEK
Età consigliata	0 - 3 years (Note: Adult supervision is required due to small parts)

Motor Specifications (XR25-370 Reduction Motor)

Table detailing XR25-370 reduction motor parameters, including voltage, no-load speed, current, rated load, and stall torque. — Figure 6: Motor Parameters. This table provides detailed electrical and mechanical specifications for the XR25-370 reduction motors included in the kit.

Parametro	Corrente continua 6.0 V	Corrente continua 12.0 V
Velocità a vuoto	170 giri al minuto	350 giri al minuto
Corrente a vuoto	0.15 A MASSIMO	0.2 A MASSIMO
Carico nominale	2.5 kg.cm	5.0 kg.cm
Velocità nominale	100 giri al minuto	200 giri al minuto
Corrente nominale	0.6 A MASSIMO	1.5 A MASSIMO
Potenza nominale	1.3 L	8.5 L
Coppia di stallo	> 6.0 kg.cm	> 12 kg.cm
Corrente di stallo	≤ 2.7 A	< 5.5 A
Rapporto di riduzione del cambio	1:34.02

Supporto e garanzia

For any technical issues, questions, or support needs regarding your Smart Robot Car Tank Chassis Kit, please contact the XiaoR Geek technical support team. They are available to assist with assembly, operation, and troubleshooting.

While specific warranty details are not provided in this manual, XiaoR Geek is committed to customer satisfaction. Please retain your proof of purchase for any warranty claims or support requests. For further assistance, refer to the contact information provided with your product or visit the official XiaoR Geek websito.

XiaoR Geek XR-TH chassis