Home Hardware Streaming & Capture SIRUI Saturn V2 Lens Lets Creators Switch Anamorphic Orientation On-the-Fly

SIRUI Saturn V2 Lens Lets Creators Switch Anamorphic Orientation On-the-Fly

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At IBC 2026, SIRUI unveiled the Saturn V2 anamorphic lens set, introducing a innovative mechanical solution for content creators who shoot in both horizontal and vertical formats. The standout feature is a locking barrel that rotates 90 degrees, allowing users to switch between traditional horizontal anamorphic shooting and vertical orientation without removing the lens from the camera. This design eliminates the need to swap lenses or reconfigure rigs when transitioning between landscape and portrait content—critical for creators targeting platforms like TikTok, Instagram Reels, and YouTube Shorts.

The mechanism is designed to be secure and repeatable, with a locking system that maintains optical alignment and prevents unintended rotation during use. By enabling instant aspect ratio adaptation, the Saturn V2 addresses a growing workflow challenge in vertical-first content creation, where creators often sacrifice optical quality by cropping horizontal footage or using adapters.

While specific focal lengths, T-stops, or pricing were not detailed in the initial showing, the lens builds on SIRUI’s reputation for accessible anamorphic optics. The Saturn V2 appears aimed at independent filmmakers, hybrid shooters, and social media creators who demand cinematic quality without sacrificing flexibility in multi-format production workflows.

The lens was demonstrated live at the SIRUI booth during IBC 2026 in Amsterdam, drawing attention for its practical approach to a common pain point in modern content creation. No official release date or global pricing has been announced as of the event coverage on September 14, 2026.

For creators navigating the demands of dual-orientation shooting, the Saturn V2 offers a hardware-based solution that streamlines production and preserves the unique characteristics of anamorphic imaging—oval bokeh, horizontal flare, and widened field of view—regardless of camera orientation.

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