Aputure STORM 700x Tunable White LED Monolight (Cine Kit)

The Aputure STORM 700x Tunable White LED Monolight (Cine Kit) is a complete professional lighting solution designed for cinematographers, broadcasters, rental houses, and content creators who demand exceptional output, precise white light control, and versatile light-shaping capabilities. Built around Aputure's advanced BLAIR (Blue/Lime/Amber/Indigo/Red) light engine, the STORM 700x delivers outstanding color accuracy, a wide tunable white range, and reliable performance in both studio and on-location productions.

Offering a broad color temperature range from 2,500K to 10,000K with full ±Green/Magenta adjustment, the STORM 700x seamlessly matches natural daylight, tungsten, and mixed lighting environments. The innovative BLAIR chipset provides superior white light reproduction, over 70% Rec.2020 color gamut coverage, and high color accuracy ratings, ensuring consistent, natural-looking results for professional video and photography applications.

The fixture delivers smooth flicker-free dimming from 0.1% to 100% and supports multiple dimming curves for precise intensity control. Professional connectivity options include DMX, RDM, CRMX, Bluetooth, and the Sidus Link ecosystem, allowing effortless integration into advanced lighting workflows.

Constructed with an IP65-rated weather-resistant housing and Aputure's ProLock Bowens Mount, the STORM 700x is built for demanding production environments while maintaining compatibility with a wide range of Bowens-mount light modifiers. Intelligent active cooling with multiple fan modes ensures quiet and reliable operation during extended shoots.

The Cine Kit expands the capabilities of the standard fixture by including the CF10 Fresnel & Barndoors Kit, which increases light output while providing an adjustable 15° to 40° beam angle for precise spot-to-flood control. A dedicated skid base allows the fixture to be safely positioned on the ground, making the kit ideal for cinematic productions requiring maximum flexibility and efficient light shaping.