Hex Spacer 100pcs Hex Brass Standoff Spacer Screw Pillar Fixed PCB Computer PC Motherboard Female Male M2 .5 M3 M4 for Drone Quadcopter Computer Circuit Board(10mm,M4)

Optimal Installation Guidance: For a secure fit, first thread the male end firmly into the base board, then align and screw the female end onto the component above, ensuring both ends are hand-tightened evenly to avoid cross-threading and to maintain a stable, level stack.Standard: Metric threadM2 Thread length C = 3mmM2.5,M3,M4 Thread length C = 6mmDIY Supplies : MetalworkingDrive Style : External HexModel Number : M2 M2.5 M3 M4Head Style : HexScrew Type : Spacing ScrewsMaterial : BrassPackage Quantity : 100Pcsnote: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.

• Non-Conductive & Lightweight Material: Crafted from durable material, these standoffs provide a reliable non-conductive barrier for your electronic components while adding minimal weight to your builds, making them ideal for drones and portable devices where every gram counts
• Standardized Compatibility: Designed with universal threading, these hex spacers seamlessly integrate with a vast array of standard screws, nuts, and motherboard mounting holes, offering effortless compatibility for your computer builds, RC models, and custom electronic projects
• Tool-Free Hand Assembly: Featuring a user-friendly hexagonal design that allows for easy grip and a straightforward male-to-female threading system, these spacers can be quickly installed and adjusted by hand, streamlining your assembly process without the constant need for tools
• Secure Component Stacking & Spacing: These sturdy spacers create stable vertical separation between circuit boards, panels, or components, effectively organizing your internal layout, preventing physical contact, and managing cable routing within your enclosed electronic enclosures
• Promotes Internal Airflow: By consistently elevating boards and creating open space within your device chassis, these standoffs facilitate passive air movement around critical components, which can help dissipate operational warmth during extended use periods