GT Photo GT27FL -pienoiskamera 135 mm musta sininen 31 mm

The GT Photo GT27FL is a compact film camera built for 135 mm film users who want a straightforward analog shooting experience. With a fixed 31 mm focal length and a shutter speed of 1/125 s, the camera offers simple point-and-shoot operation for street, travel and everyday photography. Its minimum focusing distance of 1 m allows for clear subjects at moderate range, and the available black and blue finishes provide a restrained, modern appearance.

Advantages

The GT Photo GT27FL combines a lightweight, pocketable body with a wide 31 mm lens that captures broad scenes with natural perspective. A single shutter speed simplifies exposure decisions for fast use, and the fixed-lens design reduces mechanical complexity and maintenance. The camera’s compact dimensions and classic film format make it easy to carry for spontaneous shooting and to integrate into a film-based workflow.

Key specifications

• Film format: 135 mm (standard 35mm film)
• Focal length: 31 mm (fixed lens)
• Shutter speed: 1/125 s (fixed)
• Minimum focus distance: 1 m
• Body colors: black and blue
• Camera type: compact film camera

How to use

Load 135 mm film according to the camera’s film chamber markings, advance the film to the first frame, and set ISO in accordance with the film speed if the camera provides an ISO setting. Compose using the viewfinder and hold the camera steady at eye level or chest level for the 31 mm field of view. Press the shutter to capture images at the fixed 1/125 s speed. After shooting, rewind the film fully before removing the cassette for development.

Recommendations

For best results, use daylight or well-lit scenes because the fixed 1/125 s shutter speed is optimized for moderate lighting. Choose films with appropriate ISO values: ISO 200–400 for general daylight shooting and ISO 100 for very bright conditions. Keep the subject at or beyond the 1 m minimum focus distance to maintain sharpness. Store the camera in a padded bag to protect the compact body and lens during transport.