Sirui MARS 35mm t/2 Anamorphic 1.33x Lens (MFT) for rent in Saint-Petersburg
- Focal Length 35mm
- Lens Mount Micro Four Thirds
- Lens Format Coverage MFT
- Maximum Aperture t/2
- Minimum Aperture T16 ...
- Focal Length 35mm
- Lens Mount Micro Four Thirds
- Lens Format Coverage MFT
- Maximum Aperture t/2
- Minimum Aperture T16
- Minimum Focus Distance From Unspecified Point in Lens: 0.64 m
- Optical Design 13 Elements in 9 Groups
- Diaphragm Blades 10
- Filter Thread 67 mm
-
6 hours
840 i
half shift
-
1 shift
1200 i
shift
-
3 shift
3240 i
1080 i / shift
-
14 shift
13440 i
960 i / shift
-
30 shift
25200 i
840 i / shift
Enter a value between 1 and 60
Best Price Guaranteed!
The trend in the movie rent is not only easy and pleasant, but also profitable. We guarantee the lowest prices in the city. Found a price lower in another rental Petersburg? Take a screenshot of the official website page, send it by mail [email protected] or in social networks, and we will reduce the cost of rent.
Mounting
- Mount
- MFT (M43)
Optics
- Sensor format
- MFT
- Iris Blades
- 10
- Iris blade
- 10
- Minimum Focus Distance
- 0.64 m
- Max Aperture
- T 16 - 2
- Filter thread diameter
- 67 mm
Physical
- Length
- 122.2 m
- Weight (kg)
- 803 g
This 35mm t/2 Anamorphic 1.33x Lens from Sirui Mars, in an MFT mount, brings a wide-angle feel to your anamorphic imagery, in addition to the extra width provided by the anamorphic process. Designed for MFT/APS-C cameras with an MFT mount, the lens increases the horizontal FOV by 33% compared with traditional 35mm APS-C lenses. After de-squeezing, the captured image is displayed in a 2.4:1 format in a 16:9 setting. Lightweight and portable, the t/2 lens is designed with an aluminum housing and features optics with multilayer nano coatings.
Made with renowned Schott optical glass lens elements, it produces rectangular aspect ratios, long horizontal lens flares, and oval bokeh. One of the exciting features of this lens is the close focus distance of just under 2', allowing you to get close focus for creative effects.