JETANK AI Kit, AI Tracked Mobile Robot, AI Vision Robot, Based on Jetson Nano Developer Kit (optional)

PACKAGE CONTENT

Weight: 1.732 kg

• The 18650 batteries are NOT included
• Please note that the battery length SHOULD be less than 67mm, some batteries with protection plate in the market are NOT supported, learn more

1. OPTIONS Jetson Nano Developer Kit (B01)
2. OPTIONS Micro SD Card 64GB
3. Aluminum alloy kit x1
4. JETANK expansion board x1
5. Wireless-AC8265 with antenna x1
6. IMX219-160 Camera x1
7. Acrylic camera spacer x1
8. Camera FFC x1
9. 0.91inch OLED x1
10. 12.6V 2A power supply + additional EU head x1
11. Robotic arm gripper x1
12. Thrust bearing x1
13. Flange bearing x2
14. Coupler x2
15. Gearmotor x2
16. 5264 servo wire x1
17. Track kit (including bolt, nut, and screwdriver) x2
18. 2*5Pin wire x1
19. Spanner x1
20. L-form hex socket spanner 2PCS x1
21. SCS15-AP servo x4
22. Screwdriver 2PCS x1
23. SCS15-S servo x1
24. Card reader x1
25. Mini cross wrench sleeve x2
26. Cooling fan x1
27. PH2.0 4PIN dual connector cable x1
28. Screws pack x1

JETANK AI Kit, AI Tracked Mobile Robot, AI Vision Robot, Based On Jetson Nano Developer Kit (Optional)

Note: the Jetson Nano Developer Kit is optional.

Quality Chassis With Track

Adopting 37-520 Full-Metal DC Gearmotor, High Torque, Low Noise

4-DOF Robotic Arm

180° Wide Angle Rotation, Flexible Controlling

Quality Serial Bus Full-Metal Digital Servo

High Torque, High Precision, Preventing It From Being Stuck And Damaged

Auto Collision Avoidance

Collecting Data Via Camera By Taking Enough Images Of Different Conditions, Using The Data To Train The Neutral Network, Combined With AI Algorithm, Finally Achieving Auto Collision Avoidance On Sorts Of Environments.

Deep Learning, Autonomous Driving

Motion Detection

Capturing Moving Objects On The Video By Motion Detection

Color Recognition & Tracking

Recognizing And Locking Specified Color By Camera,
And Then Using Pan & Tilt To Track The Specified Color Automatically

Gamepad Teleoperation

Easier To Use, More Flexible

3D Coordinate System Controlled Robotic Arm

Calculated Via Inverse Kinematics Algorithm

input coordinate of the target, calculating the moving angles of the 4-DOF servos by inverse kinematics algorithm, and then controlling the servos via serial bus, moving the robotic arm to reach target position

JupyterLab Programming

JupyterLab is a web-based interactive development environment, supports multi data formats including code, document, image/video, UI control interface, etc., provides rich visualized output, allows easily creating dashboard and UI, supports flexible configuration and arrangement for modular interface.

8MP 160° FOV Camera

IMX219 Sensor, 3280×2464 Resolution

Dual-Band Wireless AC8265

High Speed WiFi, Stable Bluetooth Communication, Low Latency

Highly Integrated Expansion Board

Rechargeable, Battery Voltage Monitor, No Messy Wiring, Simple Assembly

Introduction

Resources & Services

Wiki: JETANK_AI_Kit