OM SYSTEM Tough cameras are built to withstand challenging environments. They are designed to be waterproof, dustproof, shockproof, and freeze-proof. This means you can take them underwater, drop them from a certain height, use them in dusty conditions, and even in freezing temperatures without worrying about damaging the camera.

The OM SYSTEM Tough TG-7 features a sealed construction throughout the entire camera body, complemented by a dual-lock mechanism on the battery and sd card covers. This guarantees waterproof performance (when correctly maintained) for underwater shooting to depths of 15m as well as powerful dustproof performance.

Freezeproof performance down to -10°C and dual-pane protective glass on the front lens for anti-fogging, photographers can confidently venture into extreme temperature variations, such as skiing in outdoor winter conditions.

This Tough camera is also equipped with shockproof construction, capable of withstanding falls from heights of up to 2.1m3, and crushproof resilience up to 100 kgf.

This TG-7 model boasts a 4x optical zoom lens with a bright, high-speed, maximum F2.02 aperture at the wide-angle end. The bright F2.0 aperture allows for the usage of fast shutter speeds, reducing subject blur even when capturing fast-moving subjects.

The camera fully supports RAW recording with in-camera RAW processing and RAW image editing and processing on a computer using the free OM Workspace software, or popular image editing apps such as Adobe Lightroom, granting photographers limitless possibilities in their creative vision.

Easily share from the Tough TG-7 to a smart device with the OM Image Share App. Shoot vertical video, in-camera, so videos recorded in vertical orientation on the camera are saved as vertical video files, making them easy to post on social media, etc. without the need for any editing software.

Pro Capture Mode begins recording from 0.5 seconds before the full shutter press and continues sequential shooting at 10 fps, making it convenient for capturing shots that are difficult to time, such as flying insects and a milk drop coronet.

Interval Shooting supports up to 299 shots. After shooting is complete, a Time Lapse Movie is automatically generated. In interval shooting, users can set shooting interval priority and exposure equalization processing to deal with sudden changes in exposure between frames.

The OM System Tough TG-7 excels in close-up photography, offering an impressive shooting range as close as 1cm from the lens’s edge and a maximum image magnification of 7x (35mm equivalent). Alongside the Microscope Mode, Microscope Control Mode, Focus Stacking Mode, and Focus Bracketing Mode, the Variable Macro System expands the boundaries of macro shooting by providing two optional accessories that unlock even more possibilities. With these capabilities, photographers can capture vivid images of minute subjects that go beyond the limitations of the human eye.

Five underwater shooting modes optimize settings for various scenes: Underwater Wide, Underwater Snapshot, Underwater Macro, Underwater Microscope, and Underwater HDR. Additionally, the Underwater: Shallow, Underwater: Mid-Range, and Underwater: Deep white balance modes automatically adjust based on the underwater shooting mode, but manual adjustments are also possible.

The TG-7 delivers exceptional waterproof performance up to a depth of 15m, making it the ideal companion for aquatic activities such as snorkeling and riverside fun. When paired with the ePT-059 Underwater Housing (sold separately), it enables underwater photography at depths of up to 45m. The PT-059 can accommodate two external flash units, creating a compact yet comprehensive multi-unit flash system for stunning underwater flash photography.

The Field Sensor System on the Tough TG-7 automatically acquires location information (latitude and longitude), temperature, water temperature, altitude (water depth), and shooting direction tracking data while traveling. Load this information into the OM Image Share (OI.Share) smartphone app to link and display the route traveled along with the altitude (water depth) in recorded images.