Breathtaking 65mm Visuals in a Compact Body

The ARRI ALEXA 265 frees medium-format cinematography from the constraints of bulky, heavy builds. Weighing a mere 3.3 kg, this camera body integrates a massive 65 mm digital sensor into a highly mobile chassis based on the ergonomic ALEXA 35. Operating on gimbals, remote heads, or stabilizers like the ARRI TRINITY 2 is now as simple as shooting with standard Super 35 formats, allowing DPs to capture majestic, wide-field-of-view master shots with ultimate physical freedom.

Reengineered Sensor with Elite Low-Light Performance

Retaining the legendary 6.5K resolution and large pixel pitch that made its predecessor an industry standard, the ALEXA 265 utilizes a thoroughly revised ARRI A3X Rev.B CMOS sensor. Dynamic range is boosted to an impressive 15 stops, and low-light sensitivity reaches up to EI 6400. This means crisper blacks, lowered noise floors, and incredible color integrity when filming in demanding, high-contrast, or natural light environments.

Impeccable Color Fidelity with REVEAL Color Science

Leveraging ARRI’s proprietary REVEAL Color Science, the ALEXA 265 delivers exceptionally accurate color processing and beautifully nuanced, organic skin tones directly out of the camera. The advanced sensor and software integration provides perfect color-matching across cameras, dramatically simplifying color grading. Additionally, its precision-calibrated sensor drastically improves performance and visual accuracy in demanding virtual production and LED volume environments.

Industry-Standard Connectivity and Ecosystem Integration

Built with professional sets in mind, the ALEXA 265 features independent dual 12G-SDI outputs, a built-in motor controller with LBUS connectivity, and an integrated EMIP radio module for ARRI ECS hand units. The innovative, chip-encoded filter cartridge system allows quick slide-in ND and creative diffusion filtration while automatically writing filter metadata directly to your files. Recording to industry-standard Codex Compact Drives, it fits seamlessly into standard LogC4 workflows, saving up to 40% storage using lossless HDE encoding.