Open Source

Exploring Linux, 3D printing, and single board computing innovations.

A person holds a detailed, intricately designed 3D-printed object, with a laptop displaying a 3D modeling software. The background features a 3D printer, suggesting a design and production process.
A person holds a detailed, intricately designed 3D-printed object, with a laptop displaying a 3D modeling software. The background features a 3D printer, suggesting a design and production process.
3D Printing

Discover exciting 3D printing projects that enhance open source technology.

A large, modern 3D printer with a clear enclosure and a sleek design is accompanied by a separate unit. It features visible components and intricate mechanical parts within its transparent casing, highlighting its functionality.
A large, modern 3D printer with a clear enclosure and a sleek design is accompanied by a separate unit. It features visible components and intricate mechanical parts within its transparent casing, highlighting its functionality.
Single Board

Dive into single board computing projects that empower tech enthusiasts and foster innovation in the open source community.

Open Source

Exploring Linux, 3D printing, and single board computing innovations.

A close-up view of a 3D printer's extruder assembly, featuring a red component labeled BLOKINHEAD. Various wires and a small fan are connected to the extruder, which is part of a larger 3D printer setup visible in the background. The workspace has a modern and technical appearance with equipment and tools.
A close-up view of a 3D printer's extruder assembly, featuring a red component labeled BLOKINHEAD. Various wires and a small fan are connected to the extruder, which is part of a larger 3D printer setup visible in the background. The workspace has a modern and technical appearance with equipment and tools.
A hand holding a small microcontroller board with a USB port at the top. The background features a computer monitor displaying code or text in a programming environment.
A hand holding a small microcontroller board with a USB port at the top. The background features a computer monitor displaying code or text in a programming environment.
A 3D printer in a workshop setting, featuring a partially printed white object on the build plate. Behind the printer, there are shelves with various containers, suggesting a workspace. The machine is equipped with visible wires and components.
A 3D printer in a workshop setting, featuring a partially printed white object on the build plate. Behind the printer, there are shelves with various containers, suggesting a workspace. The machine is equipped with visible wires and components.
A small green circuit board with various components such as microchips and wiring sits on a graph paper covered in handwritten mathematical equations. The board is mounted on a frame with black arms extending from its corners.
A small green circuit board with various components such as microchips and wiring sits on a graph paper covered in handwritten mathematical equations. The board is mounted on a frame with black arms extending from its corners.
A close-up of a Raspberry Pi board placed on a surface. The green circuit board features various visible components such as USB ports, HDMI port, and several microchips. A ribbon cable is partially visible at the bottom.
A close-up of a Raspberry Pi board placed on a surface. The green circuit board features various visible components such as USB ports, HDMI port, and several microchips. A ribbon cable is partially visible at the bottom.
A grayscale printed circuit board with visible pathways and multiple electronic components, featuring connectors at the top. The intricate design suggests advanced technology and engineering.
A grayscale printed circuit board with visible pathways and multiple electronic components, featuring connectors at the top. The intricate design suggests advanced technology and engineering.

Get in Touch with Motolinux

Reach out for Linux, 3D printing, and open source inquiries.

A close-up view of a 3D printer component featuring a mechanical part with the brand name 'Creality' inscribed on it. The metallic surface has a smooth finish, and there is a visible gear mechanism. An orange belt is running parallel to a metal rod, indicating functional connectivity within the printer.
A close-up view of a 3D printer component featuring a mechanical part with the brand name 'Creality' inscribed on it. The metallic surface has a smooth finish, and there is a visible gear mechanism. An orange belt is running parallel to a metal rod, indicating functional connectivity within the printer.
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