Features:

• Pi HAT with standard 40-pin Headers to connect various Raspberry Pi boards and compatible SBCs
• TFT 1.14 display for user interactions
• Four slots to connect Serial Servo Motors, and easily cascade servo to connect more number of motor*
• Four Programmable Buttons to add additional control features to your project
• Screw terminal and DC jack options to connect the 6-8.4V adapter with an onboard regulator
• Power status LED to indicate board power.
• Type C interface for direct use with PC/laptop using standalone GUI software

Servo Motor Key Features:

• Real-Time Position, Load, Temperature, Speed, and Voltage Feedback.
• Servo/Motor Mode Switchable
• High Precision And Large Torque
• ID Range 1~253
• 38400 bps ~ 1Mbps (1Mbps by default)

*NOTE:Avoid Connecting More Than 6 Servos At A Time; not Recommended Due To High Current Demand By Servos.

Specifications:

• Microcontroller: Raspberry Pi boards and compatible SBCs
• Board Supply Voltage: 5V
• Operating Pin Voltage: 3.3V
• Operating Servo voltage: 6~8.4V
• Display Size: 1.14
• Display Resolution: 240320 pixels
• Display Driver: ST7789
• Display Appearance: RGB, 65K/262K
• Temperature Range: -20C ~ +70C
• Compatible Servo Motors =>
  SB-SS023 For Lightweight Projects
  SB-SS15 For Heavier Applications

Pinout:

• (1), (3), (9), (11) Programmable Buttons
• (2)Serial Servo connector
• (4)ON/OFF Motor Supply
• (5)DC Jack Input (6~8.4V DC)
• (6)Screw Terminal input (6~8.4V)
• (7)Type C
• (8)Power Status LED
• (10)TFT 1.14 Display
• (12)Standard 40-pin Raspberry Pi Header

Dimension:

Applications:

• Robotic Arm Control
• Camera Gimbal Stabilization
• Automated Surveillance Systems
• 3D Printer Axis Control
• Automated Window Blinds
• CNC Machine Positioning
• Animatronics and Puppetry
• Laboratory Automation
• Remote-Controlled Vehicles
• Industrial Automation

Resources:

Software Github:Getting Started Guide and Example Codes.

Hardware Github:Hardware Design files like Schematic, 3D File, PCB, Step File, etc.