Remus 35mm T2.0 1.5x - Silver

Blazar Remus 35mm T1.6 S35 1.5x Anamorphic Lens , 80mm Front Diameter, 77mm Filter Thread (ARRI PL, Silver Flare)

Capture a classic widescreen look using the ARRI PL-mount Remus 35mm T1.6 1.5x Anamorphic Lens from BLAZAR LENS.
This cine-style prime lens supports Super35 capture and adds a retro cinematic look with enhanced oval bokeh and silver flares to your footage.
The T1.6 maximum aperture enables you to capture shallow depth of field looks that help emphasize and separate your subject from the background.
Cine-style design features include 0.8 MOD focus and aperture gears for use with pro follow focus systems, a 1/4"-20 lens support thread, an 80mm front diameter, a 77mm filter thread, and a barrel with 150° of rotation for precise focus pulls.

° Super35 Coverage
The Remus 35mm T1.6 lens has a constant 1.5x squeeze factor and supports Super35 capture.

° Tiny Lens, Wide Coverage
Remus 1.5x lenses are incredibly lightweight and compact, and the 35mm model weighs only 1.6 lb (742 g).
The Remus lenses can easily be used with the DJI Ronin 4D, making them ideal for any cinematic video production.

° Impressive Anamorphic Look
This 35mm lens produces silver flares for an impressive retro anamorphic look, adding an enhanced, distinctive oval bokeh to background highlights in your frame.
Use the unique coating options to suit your vibe—opt for warm, sunny flares, neutral, or cool, contemporary blue streaks.

° Sculpting with Depth
Featuring a T1.6 aperture, the Remus offers an aesthetic focus falloff and elegant oval bokeh.

° ARRI PL Mount
This lens comes with the ARRI PL mount, enabling you to use it with a variety of cameras.

° Cine-Style Design
- 0.8 MOD focus and iris gears provide compatibility with pro lens motors and follow focus units.
- 150° of barrel rotation enables smooth, precise focus pulls.
- A 1/4"-20 female thread enables the use of a lens support.
- The 80mm front diameter is compatible with most pro matte boxes.
- A 77mm thread can be used to mount a filter on the front of the lens.