No Reviews Q & A
  • Webcode: 451396 • Mfr: LA701982
Product Highlights
  • T2.1 - T22 Aperture Range
  • 11 / 7 Elements / Groups
  • Micro Four Thirds Format
  • 5 Aperture Blades
  • 49mm Filter Diameter
  • Micro Four Thirds Mount
Laowa 10mm T2.1 Zero-D Cine MFT Mount Laowa 10mm T2.1 Zero-D Cine MFT Moun...
Find it for less? Let us know.
Web Availability: Special Order
This product will be Special Ordered just for you from the manufacturer. We do not stock this item due to its uniqueness or import schedule. Special Order items are Final Sale, see our Return Policy for details.
Vistek Locations
  • Toronto Special Order
  • Ottawa Special Order
  • Mississauga Special Order
  • Calgary Special Order
  • Edmonton Special Order
Please call and verify availability at the store as stock changes daily.

Overview

10mm T2.1 Zero-D MFT Cine

Laowa 10mm T2.1 Zero-D MFT cine is the smallest and lightest lens in the range. It features a 96° angle of view on the MFT sensor, providing a wide and unique perspective. “Zero-D” features also deliver a high quality image without too much editing on post production. The Φ49mm filter thread allows filmmakers to screw the filters quickly and without too much extra weight. It can be used for establishing shots, FPV drone, vlogging and more. It fits perfectly with MFT cameras like BMPCC4K, GH6, Zcam E2 M4.

Key Features:

  • 49mm filter thread for using with standard screw-in filters
  • Industry standard 0.8 mod gears on both aperture and focus rings
  • Stepless aperture ring offers smooth iris control
  • Both imperial and metric scale printed on the lens body

Super Wide

Laowa 10mm f/2  Zero-D has been one of the best sellers in the Laowa Micro Four Thirds photo lens range. It is rehoused into Laowa 10mm T2.1 Zero-D MFT Cine with 0.8 mod gears. It features a 96° angle of view on the MFT sensor, providing a wide and perspective. It is suitable to be used on drone, FPV drone, vlogging, building shots.

Fast Aperture T2.1

With maximum T2.1 t-stop,  users are no longer restrained in dim light settings. It also creates shallow depth of field and dreamier bokeh.

Zero-D

The 11 elements in 7 groups optical design includes 2 pieces of ED glasses and 2 pieces of aspherical glasses that control the distortion and color fringing to the minimum. The great quality design saves a lot of time of correction in post-production. It would be useful for interior, buildings, aerial  shootings and more.

12 cm (5.9") Minimum Focusing Distance

The closest focusing distance i.e. 12cm/ 5.90” makes create stronger background bokeh effect. It is also useful when getting a close up on your subjects.

Super Compact

Its tiny size i.e. ~Φ56 x 47mm (2.20 x 1.85”) and lightweight i.e. ~150g (5.29oz) is the conspicuous character of this lens since it is the smallest in the range. The Φ49mm filter thread allows filmmakers to screw the filters quickly and without too much extra weight. The size makes it handy to be filmed with gimbal and become the favorite of many drone pilots.

Hassle-Free Transportation

It comes with a weather-proof case for hassle-free transportation.

Reviews

Product Specifications

10mm T2.1 Zero-D MFT Cine

Focal Length 10mm
T-Stop Range T2.1-22
Format Compatibility Micro Four Thirds
Angle of View 96°
Image Circle 21.6mm
Lens Structure 11 elements in 7 groups (2 pcs of ED glasses & 2 pcs of aspherical glasses)
Aperture Blades 5
Min. Focusing Distance 12cm (4.72”)
Max. Magnification 0.15x
Filter Thread Φ49mm
Weight ~150g excluding front and back caps (5.29oz)
Dimensions ~Φ56 x 47mm (2.20 x 1.85”)
Mount MFT

Questions & Answers

Laowa 10mm T2.1 Zero-D Cine MFT Mount

Looking for a personal touch? Not sure if you are choosing the right product? Our staff is here to help.

We want to make sure you get the right product for your needs.
Our staff will help you understand the options available so you can be confident in your purchase.

As the country’s leading Professional Imaging retailer, Vistek is in the perfect position to ensure you make the right choice.
Contact us today for a personal touch.