This document provides assembly instructions for a Raspberry Pi Camera Mount, designed to enhance Raspberry Pi camera projects by providing a stable and adjustable platform for capturing still shots.

Function Description:

The Raspberry Pi Camera Mount is a portable and compact accessory that allows users to securely attach a Raspberry Pi camera module to a mini tripod. This setup enables precise positioning and stability for the camera, facilitating the capture of still images at optimal angles. The mount is designed to be easily assembled and integrated with existing Raspberry Pi setups, making it a valuable tool for various photography and videography projects where a stable camera platform is required. Its primary function is to provide a physical support structure that holds the camera module steady and allows for flexible adjustment of its orientation, thereby improving the quality and versatility of camera-based applications on the Raspberry Pi.

Important Technical Specifications (based on components listed):

Mount Type: ABS camera mount
Tripod Type: Mini Tri-pod with rubber feet
Mounting Hardware:
- 1 x M5 Stainless steel nut (for tripod attachment)
- 4 x M2 Nylon screws (for securing camera module)
- 4 x M2 Nylon nuts (for securing camera module)
Compatibility: Designed for Raspberry Pi camera modules (specifically shown with a module labeled "Raspberry Pi Camera Rev 1.3" and "P5V04A SUNNY").
Cable Management: Features a slot for feeding the Pi Camera ribbon cable.
Construction Material: The camera mount itself is made from ABS plastic, which is known for its durability and light weight.

Usage Features:

Portability: The compact design of both the mount and the mini tripod makes the entire assembly highly portable, allowing users to easily transport and set up their Raspberry Pi camera system in various locations.
Stability: The mini tripod with rubber feet provides a stable base, preventing camera shake and ensuring clear, still shots. The rubber feet likely enhance grip on different surfaces.
Adjustability: The tripod's flexible legs (implied by the image showing bendable segments) allow for versatile positioning and angle adjustments, enabling users to achieve the desired perspective for their shots. The tripod screw mechanism allows for tightening to a "desired level," indicating secure positioning once an angle is set.
Easy Assembly: The instructions detail a straightforward, step-by-step assembly process that involves peeling protective sleeving, feeding the camera cable, securing the camera module with screws and nuts, and finally attaching the tripod. This ease of assembly makes it accessible even for users with limited technical experience.
Secure Camera Mounting: The use of M2 nylon screws and nuts ensures that the Raspberry Pi camera module is firmly held within the ABS mount, preventing accidental dislodgement during use or transport.
Integrated Design: The mount is specifically designed to accommodate the Raspberry Pi camera module and its ribbon cable, ensuring a snug fit and proper alignment.
Versatile Application: By providing a stable and adjustable camera platform, the mount expands the possibilities for Raspberry Pi camera projects, from time-lapse photography and surveillance to robotics and educational experiments.
Quick Setup: Once assembled, the camera can be quickly attached to a Raspberry Pi, making it ready for immediate use.

Maintenance Features:

Durable Materials: The use of ABS plastic for the mount and stainless steel for the nut suggests good durability and resistance to wear and tear under normal operating conditions.
Simple Cleaning: The plastic and metal components can likely be easily wiped clean with a damp cloth to remove dust or smudges.
Component Replacement: In case of damage, individual components like the M2 screws, M2 nuts, or M5 nut could potentially be replaced, extending the lifespan of the mount. The modular nature of the assembly (separate mount, tripod, and fasteners) facilitates this.
Protective Sleeving: The initial step of peeling off plastic protective sleeving indicates that the mount components are protected during shipping and storage, ensuring they arrive in pristine condition. This also implies that the material itself is robust enough to withstand minor handling.
No Complex Moving Parts: The design is relatively simple, with no complex electronic or mechanical parts that would require specialized maintenance. The tripod legs, while flexible, are generally robust.
Corrosion Resistance: The stainless steel nut offers good resistance to corrosion, which is beneficial for longevity, especially if the device is used in varying environmental conditions.

CPC Raspberry Pi - Attach Tripod; Position Tripod Legs