Spring Loaded header Mill-Max 858-22-006-30-011101 

are precision-engineered mechanical devices that leverage the elastic properties of springs to provide reliable connection and operational solutions for a variety of applications. 

Replace Mill max series:

858-22-002-30-011101

858-22-003-30-011101

858-22-004-30-011101

858-22-005-30-011101

858-22-006-30-011101

858-22-007-30-011101

858-22-008-30-011101

858-22-009-30-011101

858-22-010-30-011101

Spring Loaded Mill-Max 858-22-006-30-011101（also called POGO PIN）are designed mechanical devices that utilize the energy storage and release of springs to provide reliable connection and operational solutions for various applications. 

These products are highly versatile and can be applied across an array of domains including electronic devices, industrial automation, and automotive components. For example, they can be used for touch buttons in electronic devices, component connections in industrial machinery, and seat adjustments in vehicles.

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  Spring Loaded header pins, specifically the Mill-Max 858-22-006-30-011101 and PGPA40-06G-NUT, have found various applications in the field of unmanned aerial vehicles (UAVs), automatic tracking cameras, and automatic rotating camera gimbals. These versatile connectors enhance connectivity, reliability, and performance in these applications.

In the UAV domain, Mill-Max 858-22-006-30-011101 and PGPA40-06G-NUT Spring Loaded header pins play a crucial role in ensuring secure and reliable connections between different components. They provide a stable electrical connection between the flight controller and the propulsion system, enabling seamless communication and coordination. The spring-loaded feature helps to absorb vibrations and shocks encountered during flight, maintaining a consistent connection even in dynamic conditions. This ensures accurate flight control and smooth maneuverability, allowing UAVs to perform complex aerial tasks with precision. 

  For automatic tracking cameras, the Spring Loaded header pins offer a reliable solution for connecting various modules such as image sensors, microcontrollers, and wireless transceivers. These pins provide a secure interconnection, ensuring uninterrupted data transfer between these components. The spring-loaded mechanism accommodates vibrations and movement, maintaining a stable connection during camera movements. This feature enables automatic tracking cameras to effortlessly capture moving objects and produce sharp and focused images or videos. Similarly, in automatic rotating camera gimbals,  Mill-Max 858-22-006-30-011101 Spring Loaded header pins contribute to the smooth movement of the camera. These pins establish a reliable connection between the rotation mechanism, camera module, and control system. The spring-loaded design maintains a constant connection, eliminating any potential interruptions during camera rotation. This enhances the stability and accuracy of the gimbal system, allowing for precise control and smooth motion. The result is steady and professional-grade footage or images, especially in applications such as cinematography or surveillance

  In conclusion, the Spring Loaded header pins, specifically Mill-Max 858-22-006-30-011101 and PGPA40-06G-NUT, have proven indispensable in various applications such as UAVs, automatic tracking cameras, and automatic rotating camera gimbals. Their ability to establish secure and reliable connections, withstand vibrations, and maintain stability make them ideal for these dynamic environments. These connectors ensure uninterrupted data transfer, accurate control, and smooth movements, ultimately enhancing the performance and functionality of these products