N20 Mounting Bracket Version 1 - Black

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The N20 Mounting Bracket Version 1 (3D Printed) is a compact and durable solution designed to securely hold N20 micro gear motors in place. Made using high-quality PLA material, this bracket ensures precise fitting, stability, and long-lasting performance for your DIY and robotics projects.

Its lightweight yet sturdy design helps reduce vibration and keeps the motor properly aligned, improving efficiency and reliability. The vibrant Black color adds a professional and attractive look to your project setup.

Ideal for students, hobbyists, and engineers, this bracket is perfect for quick installation in robotic chassis, automation systems, and prototype builds.

 Key Features

•  Custom 3D Printed Design (Version 1) – Accurate fit for N20 motors
• PLA Material – Durable, lightweight, and eco-friendly
•  Secure Motor Holding – Keeps motor stable and aligned
•  Easy Installation – Pre-designed mounting holes for quick fixing
•  Attractive Black Color – Enhances project aesthetics
•  Compact & Lightweight – Adds minimal extra weight
•  Vibration Reduction – Improves motor performance and lifespan

 Specifications

• Product Type: N20 Motor Mounting Bracket (Version 1)
• Manufacturing: 3D Printed
• Material: PLA (Polylactic Acid)
• Color: Black
• Compatibility: N20 Micro Gear Motor
• Mount Type: Side Clamp / Fixed Mount
• Design: Compact & Lightweight

(Typical brackets are around ~11mm height & ~25mm width depending on design)

 Applications

•  DIY Robotics Projects
•  Line Follower / Robot Cars
•  Automation Systems
•  Prototyping & Engineering Models
•  STEM & Educational Projects
•  Motor Testing Setups

 Package Includes

• 1 × N20 Mounting Bracket (3D Printed – Version 1, Black)

(Note: Motor, screws, and other accessories are not included unless specified)

 Specialization

• Designed specifically for N20 micro gear motors
• 3D printed for precision and customization
• Strong enough for regular use while remaining lightweight
• Ideal for rapid prototyping and small-scale production