Stackable Header - 6 Pin

6 Pin Single Row Female Header with extra‑long leads provides a practical stacking connector for expansion boards and shield‑based electronics. Designed around the common 0.1" pin spacing used across prototyping hardware, this PCB header enables reliable vertical connections between development boards and add‑on modules. The extended leg length allows additional clearance for layered circuitry, making the connector especially suitable for stacked shield assemblies used with Arduino platforms. As a compact board‑to‑board interconnect component, this header supports clean routing, stable mechanical alignment, and convenient modular hardware expansion in prototyping environments.

Extra‑Long Pins for Shield Stacking

Extended leg design allows signals and power lines to pass through stacked expansion boards without losing connectivity. This stacking header connector creates sufficient vertical clearance between layers, enabling multiple shields or peripheral boards to be mounted on a single controller platform. Such structure improves flexibility during hardware development, particularly in robotics, embedded electronics, and rapid prototyping systems where multiple modules must share the same controller interface while maintaining reliable electrical contact.

Standard 0.1" Pitch for Broad Compatibility

Industry‑standard 0.1‑inch pin spacing ensures seamless integration with a wide range of prototyping hardware, including breadboards, development boards, and expansion shields. This single‑row female connector functions as a versatile PCB interconnect for maker projects, educational electronics, and embedded control systems. Consistent spacing simplifies PCB layout alignment and maintains compatibility with common headers used in microcontroller ecosystems, ensuring straightforward installation in modular electronics assemblies and shield‑based development platforms.

Such long‑leg female header connectors serve as practical interconnect components for PCB prototyping and modular electronics assembly. Typical use cases include stacked controller shields, custom expansion boards, sensor interface modules, and educational electronics kits. Reliable mechanical alignment combined with standardized pin spacing allows stable electrical connections across layered circuits, supporting flexible hardware development in maker projects, robotics builds, and classroom experimentation setups.

Physical Dimensions