Aputure XT26 Electro Storm Bi-Colour LED Light.

Description

Designed with power and durability for film and television professionals, the Electro Storm XT26 Bi-Color LED Monolight from Aputure is a bi-color point-source fixture offering 2600W of dynamic white CCT from 2700-6500K and tint control, advanced connectivity options, and superior construction to withstand demanding filming environments.

Chipsets and Color Accuracy
In addition to a 2600W output that rivals industry-standard 12,000W tungsten Fresnels and 4000W HMIs, the light is equipped with a powerful chipset that delivers accurate color reproduction across its tunable CCT range from 2700K to 6500K. It offers a CRI and TLCI of 98 and SSI of daylight and tungsten at 74 and 85, respectively. The latest-generation dynamic white chipset also introduces green-magenta color correction, allowing for precise adjustments between 3000K to 6000K.

Professional Connectivity
Designed with professionals in mind, the XT26 Pro offers advanced connectivity options, including Sidus Link app control, LumenRadio CRMX, Art-net & sACN via etherCON, and 16-bit DMX512. These features seamlessly integrate the fixture into existing lighting workflows, providing lighting technicians and programmers with complete control over its operation.

Expanded Mounting Options
Featuring dual accessory mounts, the XT26 Pro offers both the universal Bowens Mount and the innovative electronic A-Mount compatibility. This unique combination makes it one of the most adaptable fixtures on the market, catering to a wide range of modifier options. The A-Mount, designed for heavy-duty modifiers including the optional F14 Fresnel, guarantees stability, durability, and optimized color accuracy, while also supporting motorized focus control with an optional motorized yoke.

Advanced Liquid Cooling Technology
To effectively manage heat dissipation and maximize light output, the XT26 Pro incorporates advanced liquid cooling technology. This innovative design guarantees that users can access the full potential of the fixture’s light output while maintaining optimal performance.