SIRUI Introduces Saturn V2 Full Frame Anamorphic Lens Series with Revolutionary Dual-Orientation Mechanism

SIRUI has officially announced the launch of the Saturn V2 Full Frame Anamorphic Lens Series, representing a significant update to its popular Saturn anamorphic system and introducing a groundbreaking innovation poised to reshape modern filmmaking workflows. Aimed squarely at the evolving landscape of content creation, which demands seamless transitions between traditional horizontal cinematography and the rapidly expanding vertical video formats, the new generation features a unique 90-degree rotating optical mechanism. This allows users to effortlessly adapt their shooting orientation without the cumbersome process of swapping lenses or rebuilding their camera rigs, addressing a critical pain point for contemporary filmmakers and hybrid content creators.

A New Paradigm in Anamorphic Cinematography: The Dual-Orientation Mechanism

The most striking and functionally transformative feature of the Saturn V2 series is its patented rotating anamorphic mechanism. This engineering marvel allows the cylindrical optical elements within the lens to rotate 90 degrees while maintaining the correct anamorphic squeeze direction, a fundamental requirement for preserving the unique anamorphic aesthetic regardless of the camera’s physical orientation. Historically, anamorphic lenses are designed with a fixed orientation, meaning the squeeze effect (which horizontally compresses the image during capture to be de-squeezed later, yielding a wider aspect ratio) is tied to the camera’s horizontal axis. When a traditional anamorphic lens is turned on its side for vertical shooting – a common practice for social media platforms like TikTok, Instagram Reels, and YouTube Shorts – the anamorphic squeeze would also rotate, resulting in an improperly squeezed image that appears distorted after de-squeezing. The Saturn V2’s rotating mechanism elegantly solves this, ensuring that the characteristic anamorphic visual properties, such as oval bokeh and horizontal flares, remain consistent and correctly oriented whether shooting in landscape or portrait mode.

For standard horizontal shooting, the Saturn V2 lenses deliver a 1.6x anamorphic squeeze ratio. This particular ratio has gained considerable traction in recent years, especially with full-frame sensors, as it offers a versatile balance. When de-squeezed, a 1.6x lens on a full-frame 16:9 sensor can produce aspect ratios close to 2.84:1, which can be easily cropped to popular cinematic widescreen formats like 2.39:1 or 2.40:1, while retaining significant vertical resolution. This provides filmmakers with a distinctively wider horizontal field of view compared to spherical lenses of equivalent focal length, alongside the coveted anamorphic visual character. When the lens is rotated 90 degrees for vertical shooting, it delivers a widescreen vertical image that retains the anamorphic rendering without compromise. This capability is not merely a convenience; it is an increasingly valuable asset given the surging demand for short-form video content and the critical importance of native vertical formats on social media platforms, which now command billions of daily active users and represent a significant revenue stream for brands and creators alike. The ability to shoot natively anamorphic in vertical formats streamlines post-production and maintains a high level of cinematic quality across all delivery platforms.

The Allure of 1.6x Squeeze and Classic Anamorphic Character

Optically, the Saturn V2 series is engineered to retain the signature characteristics that anamorphic shooters cherish and have come to expect from SIRUI’s popular Saturn line. This includes the iconic blue or amber horizontal lens flares that streak across the frame, adding a dramatic, cinematic touch, and the distinctly oval bokeh, which renders out-of-focus highlights as elongated ellipses rather than perfect circles. These visual hallmarks are intrinsic to the "anamorphic look" and are highly sought after for their ability to imbue footage with a sophisticated, film-like aesthetic.

Paired with a bright T2.9 maximum aperture across all focal lengths, the lenses offer excellent control over depth of field, allowing filmmakers to isolate subjects with beautifully blurred backgrounds, and provide ample light-gathering capabilities for challenging low-light environments. This balance of vintage anamorphic character with the clean, controlled image quality required for contemporary commercial and creative productions underscores SIRUI’s commitment to versatility. The T-stop rating, which measures the actual light transmission through the lens, ensures consistency in exposure across the set, a crucial detail for professional multi-camera shoots and seamless lens changes.

The choice of a 1.6x squeeze factor is also strategic. While 2x anamorphic lenses offer the most dramatic squeeze and widest de-squeezed aspect ratios, they often come with larger size, weight, and price tags, and can sometimes result in more pronounced optical aberrations. Conversely, 1.33x anamorphic lenses, while more compact, offer a less pronounced anamorphic effect. The 1.6x squeeze hits a sweet spot, providing a compelling anamorphic aesthetic with significant field of view expansion while remaining relatively manageable in terms of size, weight, and optical complexity, making it an ideal choice for the burgeoning full-frame mirrorless camera market.

Engineered for Efficient Production Workflows

Beyond the groundbreaking rotating mechanism, SIRUI has meticulously designed the Saturn V2 series to streamline multi-camera and multi-lens setups on professional sets. The series is initially available in three crucial focal lengths: 35mm, 50mm, and 75mm. This triumvirate covers a broad range of common cinematic perspectives, from moderate wide-angle to medium telephoto. A key aspect of their design philosophy focused on operational efficiency is the unification of critical physical parameters across the entire lineup. All three lenses feature a standardized 62mm front filter thread, eliminating the need for different filter sets or step-up/down rings when switching between focal lengths. This significantly reduces downtime and clutter on set. Furthermore, the lenses boast standardized follow-focus gear positions, meaning that once a follow-focus motor is mounted and aligned for one lens, it will remain correctly positioned for the others in the set, obviating the tedious and time-consuming process of readjusting gear positions with every lens change.

Despite their robust all-metal construction, which ensures durability and precise optical alignment, the Saturn V2 lenses maintain a relatively lightweight form factor. This careful engineering makes the system remarkably versatile, suitable for a wide array of rigging options. They can be confidently mounted on traditional supported tripod configurations for stable, precise shots, yet are light enough for agile handheld operations, and crucially, for integration with modern camera gimbals and drones, where weight is a primary concern. The ability to use anamorphic lenses on gimbals without significant rebalancing or payload issues opens up new creative possibilities for dynamic, cinematic movement.

SIRUI’s Legacy in Anamorphic Innovation

SIRUI’s entry into the anamorphic lens market several years ago marked a pivotal moment, democratizing a cinematic aesthetic that was once prohibitively expensive and exclusive to high-budget productions. Beginning with their acclaimed APS-C and Super35 anamorphic lenses, SIRUI established a reputation for delivering high-quality, character-rich anamorphic optics at accessible price points. This strategy resonated deeply with independent filmmakers, music video directors, and aspiring cinematographers who previously could only dream of achieving the coveted anamorphic look. The Saturn series, preceding the V2, further solidified SIRUI’s commitment to the professional market by offering full-frame coverage, a significant step up in resolution and field of view for modern mirrorless cameras. The Saturn V2 series is a direct evolution of this lineage, building on established optical excellence while introducing a revolutionary mechanical innovation that addresses contemporary production demands. This continuous innovation underscores SIRUI’s position as a key player in the affordable yet high-performance lens market.

The Broader Implications for Filmmaking and Content Creation

The introduction of the SIRUI Saturn V2 series carries significant implications for various segments of the filmmaking industry. For independent filmmakers and small production houses, the V2 series offers unparalleled flexibility and efficiency. The ability to shoot high-quality anamorphic footage for both horizontal cinematic releases and vertical social media content with the same lens set drastically reduces equipment costs and streamlines workflows. This allows creators to maintain a consistent visual style across diverse platforms, enhancing brand identity and audience engagement.

For commercial productions, where speed and efficiency are paramount, the unified design elements (filter threads, gear positions) and the rotating mechanism translate directly into time and cost savings. Directors and cinematographers no longer need to compromise on the anamorphic look when adapting for vertical ad campaigns or behind-the-scenes content. The robust, yet lightweight construction also makes the lenses suitable for demanding commercial shoots, including those involving car mounts, drones, or complex crane setups.

Furthermore, the Saturn V2 series reflects a broader trend in the industry: the convergence of professional cinema tools with the demands of the digital-first content ecosystem. As social media platforms continue to mature and become central to marketing and storytelling, the need for high-quality, natively optimized vertical content has never been greater. SIRUI’s innovation acknowledges and addresses this shift head-on, empowering creators to produce visually stunning content that is perfectly tailored for both the big screen and the smartphone screen. This move could potentially accelerate the adoption of anamorphic lenses among a wider demographic of creators, further solidifying the aesthetic’s place in mainstream visual culture.

Pricing, Availability, and European Debut

The SIRUI Saturn V2 series is available in three versatile focal lengths: 35mm, 50mm, and 75mm. To cater to the dominant mirrorless camera systems in the market, the lenses are offered in Sony E, Canon RF, and L mount options, ensuring broad compatibility with popular professional cameras from manufacturers like Sony, Canon, Panasonic, Leica, and Sigma. While specific pricing details were not detailed in the initial announcement, SIRUI’s history suggests a competitive pricing strategy that will continue to offer exceptional value for the features and performance delivered.

For those attending IBC 2026 in Amsterdam, one of the world’s most influential media, entertainment, and technology exhibitions, the Saturn V2 series will make its official European debut. Attendees will have the exclusive opportunity to view and test the new anamorphic system in person at SIRUI’s booth, located at 12.D31, from September 11th to 14th. This event will serve as a crucial platform for cinematographers, rental houses, and industry professionals to experience firsthand the revolutionary capabilities of these lenses and understand their potential impact on future production workflows. The IBC debut underscores the global significance of this launch and SIRUI’s commitment to engaging directly with the international filmmaking community.

In conclusion, the SIRUI Saturn V2 Full Frame Anamorphic Lens Series represents more than just an incremental upgrade; it is a thoughtful and innovative response to the evolving demands of modern content creation. By seamlessly integrating the coveted anamorphic aesthetic with unprecedented flexibility for both horizontal and vertical shooting, SIRUI is not only enhancing existing workflows but also opening new avenues for creative expression, solidifying its role as a forward-thinking leader in optical technology.

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