Commodore Amiga 1200 Physical Case Dimensions

The Commodore Amiga 1200 remains a beloved machine among retro computing enthusiasts, often requiring precise measurements for display setups or restoration projects. This article provides the exact physical dimensions of the standard desktop case, including width, height, and depth, to assist collectors and hobbyists in planning their workspace or transportation needs accurately.

Standard Desktop Measurements

The Commodore Amiga 1200 was designed as a compact desktop unit, significantly smaller than its predecessor, the Amiga 500, while maintaining a similar footprint to the Amiga 600. The standard plastic casing measures approximately 325 millimeters in width. The depth of the unit from the front edge to the rear ports is approximately 205 millimeters. Regarding height, the case stands about 76 millimeters tall when including the integrated rubber feet that elevate the chassis for ventilation.

Imperial Conversions and Weight

For users accustomed to the imperial system, the width translates to roughly 12.8 inches, while the depth is approximately 8.1 inches. The height measures close to 3 inches. In terms of mass, the bare unit typically weighs around 3.2 kilograms, or approximately 7 pounds. These weight and size specifications make the A1200 highly portable, allowing it to fit easily into dedicated carrying cases or standard equipment racks designed for retro hardware.

Considerations for Workspace Planning

When allocating space for the Amiga 1200, it is crucial to account for peripheral connections that extend beyond the physical case dimensions. The rear panel houses the power connector, video output, parallel port, serial port, and floppy drive interface, all of which require additional clearance for cabling. Additionally, the left side of the unit features the PCMCIA slot cover, and the right side contains the expansion port trapdoor. Collectors building display shelves should ensure at least an extra 10 centimeters of depth behind the unit to accommodate cables without bending them sharply, ensuring the longevity of the ports.