Used Fujifilm X-H1 Mirrorless Camera Body

The X-H1 is Fujifilm's flagship X-series model and features a robust, durable body with a large-grip design. The X-H1 uses the APS-C size X-Trans CMOS III sensor (without low-pass filter) and the high-speed image processing engine X-Processor Pro. Also featured is a new in-body 5-axis image stabilisation, new Eterna Film Simulation feature for outstanding video reproduction, plus a flicker reduction mode which enhances the quality of indoor sports photography. The X-H1 has the quietest shutter sound of all cameras in the X Series, making it an ideal tool for wedding and wildlife photography. A comprehensive range of video features are included including 4K. The X-H1 has both Wi-Fi and Bluetooth connectivity.

5-axis image stabilisation
The X-H1 is the first X Series camera to feature in-body an image stabilisation. Up to a maximum of 5.5 stops image stabilisation, is possible when the camera is used with most XF and XC lenses.

24.3MP APS-C size X-Trans CMOS III Sensor
The X-H1 uses the APS-C size X-Trans CMOS III sensor (24.30 million pixels, without low-pass filter) and the high-speed image processing engine X-Processor Pro. This technology was first seen in the X-Pro2 and then X-T2 cameras. When used in combination with FUJINON lens, as well as the unique colour reproduction technology, the X-H1 produces outstanding, unrivaled quality images recording the finest details of the subject including texture, three-dimensional structure.

Robust, durable body
In addition to the camera's dust-resistant, water-resistant properties, and the ability to operate in temperatures as low as -10°C, the camera also uses a 25% thicker magnesium alloy compared to the X-T2.

The mount structure has also been modified, resulting in a more compact size and lighter weight body that maintains high precision and strong resistance to impact shock torsion and other sources of deformation.

Grip Design
The camera uses a large-grip design with the new shape and a leaf-spring switch for the shutter-release button to achieve a stable feel when holding the camera and easy operation of the shutter-release button.

Viewfinder
The viewfinder is a high-magnification, high-precision electronic viewfinder. The magnification ratio of 0.75 times and the 3.69 million resolution leads the class for mirrorless cameras. The viewfinder display is extraordinarily smooth, with a display time lag of just 0.005 seconds and a frame rate of 100 frames per second, allowing the photographer to instantly confirm the movement of the subject and position of the focus with great precision.

LCD monitor
The rear LCD monitor is a 3-direction tilt, 3-inch, 1.04 million dot electrostatic touch-panel LCD which can be intuitively set to the desired angle. In addition, the 1.28 inch sub-LCD on the top of the camera, a current feature of the medium format GFX 50S, allows for instant confirmation of shooting information.

Comprehensive range of video features
The X-H1 is the first camera in the X Series to include ETERNA, a new film simulation ideal for shooting movies. This mode simulates cinematic film, creating understated colors and rich shadow tones, greatly enhancing creative freedom during post-processing. The camera's video image quality has been improved through the new ability to record a high bit rate of 200 Mbps.

Video Shooting Modes
The camera includes a total of 20 functional and performance improvements including the 1080/120P high-speed video mode (1/2, 1/4 and 1/5 speed slow motion) for recording spectacular slow-motion footage, F-log*4 SD card recording which aids smooth workflow, a DCI 4K shooting mode (4096×2160), a 400% dynamic range setting (approximately 12 stops), 200 Mbps high bit rate recording, a high-sound quality internal microphone (24 bit/48 kHz) and verbal time codes.

Flicker Reduction
Flicker reduction modes are essential for indoor sport photography, and the X-H1 achieves this using a mirrorless camera, allowing for stable exposure during burst shots even under fluorescent and mercury lighting. In addition, improvements to the AF algorithm have been enhanced.