K10 XINGKONG Board 180° Servo 3D Printed Rotating Gimbal | MIND+ Direct Programmable (Open Source Compatible)

✨ Project Introduction

This is a complete maker solution for a 180° servo smart rotating gimbal designed specifically for the K10 XINGKONG Board, which includes directly printable 3D structural components, standard servo hardware, and complete MIND+ graphical programming logic, making it accessible to student makers, course training, science and technology innovation competitions, and DIY projects. The entire structure requires no modifications or complex wiring. After printing and assembly, it can achieve smart effects such as precise 0°–180° hovering, point-to-point rotation, reciprocating swings, and sensor linkage. It serves as a universal base for dynamic interactive projects using the XINGKONG Board.

🧩 Hardware List (Universal and Affordable)

• Controller: K10 XINGKONG Board
• Power: Universal 180° analog servo (SG90/MG90 both work)
• Structure: Full set of 3D printed parts for this project (base, servo mount, rotating gimbal, baffle limit structure)
• Accessories: M3 screw*1, M3×16 threaded rod*6

🔧 Structural Design Highlights

The complete structure is precisely designed for precise compatibility with 180° servos + K10 XINGKONG Board, addressing common issues with generic brackets on the market, such as looseness, misalignment, port obstruction, and cable pulling:

• Precise Limiting: Built-in physical 180° limit structure prevents over-rotation, wire entanglement, and servo stalling, offering zero damage risk for beginners.
• No Modification Needed: Reserved standard servo mounting holes, XINGKONG Board fitting slots, and hidden wire channels ensure neat assembly without jamming.
• Lightweight and High Strength: Hollowed-out design for weight reduction, less filament consumption, stable molding, and resistance to breakage during repeated disassembly and debugging.
• Expandable and Modifiable: The gimbal platform is universal, allowing for free upgrades with cameras, sensors, display items, and lighting modules.

💻 Programming Compatibility (MIND+ Exclusive)

Fully compatible with MIND+ graphical programming, requiring no coding knowledge, compatible with the official XINGKONG Board driver library, and plug-and-play:

• Supports PWM precise angle control, stable hovering at any angle from 0°–180°, no drift, no shaking.
• Achieves single-button point-to-point rotation, automatic reciprocating swings, timed start/stop, and sensor-linked triggers.
• Compatible with expansion functions such as infrared, ultrasonic, human body induction, and camera tracking, suitable for various science and technology innovation projects.
• Block-based programming, suitable for classroom teaching, beginner entry, and rapid deployment in competitions.

🎯 Applicable Scenarios

• Primary and Secondary School Maker Course Training: Integrated teaching tool for servo control, hardware assembly, and graphical programming.
• Smart Monitoring Gimbal: Achieves 180° automatic viewing angle adjustment when paired with a camera.
• Science and Technology Innovation Competition Projects: Automated swing devices, smart display stands, interactive art installations.
• Daily DIY Creations: Dynamic display bases, smart light swings, inductive interactive models.

⚠️ Maker Usage Notes

• This solution is only compatible with 180° fixed-point servos, not with 360° continuous rotation servos. Please differentiate when replacing hardware.
• Wiring must strictly correspond to the XINGKONG Board GPIO pins to avoid module damage from incorrect polarity.
• Tighten assembly screws moderately; excessive force can cause cracking or damage to printed parts.
• Load should not be too heavy; suitable for small maker modules to avoid servo overload and stuttering.
• For programming and debugging, it is recommended to test in small angular increments and ensure limits are correct before full operation.

📌 Project Summary

This complete solution is low-threshold, highly practical, and reusable. The open-source structure allows for secondary modification, and hardware/software compatibility is perfect, making it ideal for makers, students, and batch implementation in courses. It can not only meet basic servo rotation teaching needs but also be expanded to create complete smart interactive projects, making it a highly cost-effective universal 3D printed expansion accessory solution for the K10 XINGKONG Board.