Mounting Kit (Screws and Nuts)

DFRobot Mounting Kit (Screws and Nuts) provides a versatile assortment of fastening hardware commonly used in electronics prototyping, robotics assembly, and circuit board installation. The hardware organizer set includes multiple sizes of Phillips truss screws, tapping screws, nuts, and washers suitable for mounting control boards, sensors, mechanical frames, and structural components. Components are neatly arranged in an Adjustable Compartment Parts Box - 15 compartments, allowing clear classification and quick access during project development. This organized fastener collection supports efficient building, modification, and maintenance of robotics platforms, embedded systems, and mechanical prototypes.

Comprehensive Assortment for Prototyping

This hardware assortment includes multiple commonly used screw lengths and matching nuts designed for electronics and mechanical assemblies. M3 and M4 hardware sizes support a wide range of development boards, brackets, chassis frames, and sensor mounts. Tapping screws enable direct fastening into plastic structures, while washers and specialty nuts improve load distribution and stability. Such variety simplifies hardware selection during rapid prototyping and mechanical iteration.

Organized Storage for Efficient Workflow

All fastening components are sorted into a durable compartment organizer that keeps each type separated and visible. The adjustable parts box prevents mixing of small hardware pieces and improves workspace efficiency during assembly or repair tasks. Engineers, educators, and makers benefit from faster hardware identification, cleaner workbenches, and reduced component loss while assembling robots, embedded devices, or mechanical structures.

Suitable for robotics construction, circuit board mounting, mechanical prototyping, and maintenance tasks, this fastener assortment serves as a practical toolkit for laboratories, maker spaces, classrooms, and engineering workbenches. The organized mounting hardware kit simplifies electronics assembly while supporting repeatable builds across robotics development and STEM learning environments.