SIRUI Saturn V2 Anamorphic Leaks: Do These Full-Frame Lenses Redefine Budget Cinema Glass for Indie Filmmakers in 2026?
- Sinisa Zec Studio
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- News, Photography
I’ve seen so many product announcements that my default setting is skepticism. Most of the time, a new piece of gear is just an incremental update designed to drive another sales cycle. But every so often, a company like SIRUI comes along and genuinely lowers the barrier to entry for a specific look—in this case, the coveted anamorphic aesthetic.
The Short Answer: The leaked SIRUI Saturn V2 Anamorphic lenses don’t redefine the market, but they aggressively reinforce SIRUI’s dominance in the budget-friendly space. The move to a lightweight carbon fiber construction and the continuation of the potent 1.6x squeeze factor makes them a highly compelling, practical choice for solo operators and small crews in 2026.
News of the V2 series broke from the Shanghai P&I Expo, confirming an official announcement is slated for September 2026. This isn’t a ground-up redesign; it’s a direct update to their existing full-frame Saturn line. And that’s probably a good thing.
What Do We Actually Know About the Saturn V2 Lenses?
Let’s cut through the noise. The core of the leak confirms a trio of T2.9 primes: a 35mm, 50mm, and 75mm. These are the workhorse focal lengths for most narrative and commercial work, so no surprises there. They’re designed for full-frame sensors and are expected to ship in a wide array of mirrorless mounts—Sony E, Canon RF, Fujifilm X, L-Mount, and even Nikon Z-Mount are on the table.
But the two details that stand out to me are the build and the squeeze.
First, the front barrels are made from carbon fiber. This isn’t just a cosmetic choice. For anyone who has spent a day trying to balance a front-heavy lens on a gimbal—and I’ve spent many with my Zhiyun Crane 4—every single gram matters. The original 35mm Saturn was already light, and if this V2 is even lighter or better balanced, it becomes a massive quality-of-life improvement for run-and-gun filmmakers. It’s the kind of practical, real-world upgrade that matters far more than a fractional increase in sharpness on a spec sheet.
Second, SIRUI is sticking with the 1.6x constant squeeze ratio. This is a smart move. While 1.33x anamorphics are common, they can feel a bit… polite. A 1.6x squeeze delivers a much stronger anamorphic character. When you desqueeze that footage from a 3:2 sensor, you get a classic 2.4:1 CinemaScope aspect ratio. On a standard 16:9 sensor, it stretches to an ultra-wide 2.8:1. This stronger squeeze creates more elongated, painterly oval bokeh and a more pronounced sense of depth compression, which is the whole reason most of us reach for these lenses in the first place.
Does This Disrupt the Market in 2026?
Let’s be clear: SIRUI already disrupted the market years ago. Before them, getting into anamorphic was an exercise in spending five figures or dealing with clunky, frustrating adapters. SIRUI made it accessible. The Saturn V2 series doesn’t represent another massive disruption so much as a strategic fortification of their territory. It’s a refinement.
The real question is whether the optical quality holds up. The briefing mentions neutral streak effects, a departure from the aggressive blue flares that defined their earlier APS-C lenses. This suggests a move toward a more mature, versatile look that can be shaped in post-production. It’s a sign that SIRUI is listening to filmmakers who want the anamorphic compression and bokeh without being forced into one specific sci-fi flare style.
For indie filmmakers, this is fantastic news. It means a lightweight, mechanically sound, and optically potent anamorphic option that likely won’t require a second mortgage. It puts pressure on competitors to either lower their prices or offer a significant leap in performance. It won’t replace an ARRI Master Anamorphic, but it was never meant to. It’s a tool for the working creative, the solo operator, the small production house—the people who, like me in my print-shop days, care about getting the job done well without breaking the bank.
SIRUI Saturn V2 — Technical Specifications
| Specification | Details |
|---|---|
| Lens Type | Full-Frame Anamorphic Lens Series |
| Focal Lengths | 35mm, 50mm, 75mm |
| Max Aperture | T2.9 |
| Aperture Range | T2.9 to T16 |
| Squeeze Ratio | Constant 1.6x |
| Sensor Coverage | Full-Frame |
| Optical Design | Unconfirmed |
| Iris Blades | 10 (produces oval bokeh) |
| Minimum Focusing Distance | 0.9m (3ft) for 35mm, 50mm, 75mm |
| Filter Thread | 58mm (for 35mm) (Unconfirmed for 50mm, 75mm) |
| Front Barrel Material | Carbon Fiber |
| Focus Ring Rotation Angle | 120° (for 35mm) (Unconfirmed for 50mm, 75mm) |
| Focus Scales | Feet & Meters |
| Lens Flare | Neutral Streak Effects |
| Horizontal FOV (35mm) | Equivalent to a 22mm spherical lens |
| Desqueezed Aspect Ratios | 2.4:1 (from 3:2 sensor), 2.8:1 (from 16:9 sensor) |
| Mount Options | Sony E, Canon RF, Fujifilm X, L-Mount, Z-Mount (Unconfirmed) |
| Weight (35mm) | Approx. 415–418g (Unconfirmed for 50mm, 75mm V2) |
| Length (35mm) | Approx. 101mm (Unconfirmed for 50mm, 75mm V2) |
Check Current Prices & Availability
Gear pricing fluctuates constantly. If you are seriously considering adding this to your kit, check the current retail stock and pricing through the links below:
The Bottom Line
- It’s an Evolution, Not a Revolution: The Saturn V2 series solidifies SIRUI’s market position by making smart, practical improvements rather than chasing specs. This is about refining a successful formula.
- Carbon Fiber is the Real News: The biggest impact for working filmmakers will be the weight reduction. Lighter lenses mean easier gimbal work, less fatigue, and more nimble setups—all of which are more valuable on set than pixel-peeping.
- Still the King of Accessibility: Assuming the price remains competitive, SIRUI is poised to continue its reign as the go-to brand for filmmakers who need the anamorphic look without an A-list budget. This series makes professional tools more accessible, and that’s always a good thing for creativity.
Photo by Jumbo Jin on Pexels.