Samyang 14mm T3.1 VDSLR MK2 Canon EF

Samyang 14mm T3.1 VDSLR MK2 Canon EF – Weather-sealed 14mm T3.1 cine lens for wide-angle filmmaking

The Samyang 14mm T3.1 VDSLR MK2 in Canon EF mount gives filmmakers a wide-angle cine lens with the practical improvements introduced in Samyang's Mark II VDSLR series. It combines a fast T3.1 aperture with design upgrades such as weather sealing and focal length markings on both sides of the barrel. Filmmakers receive a lens that supports creative shooting in a variety of environments while retaining the cinematic image characteristics of the VDSLR line.

Key features

• Fast aperture: T3.1 across the VDSLR MK2 series supports low-light shooting and creative exposure control.
• Weather sealing: The Mark II update adds protection against the elements for more reliable outdoor use.
• Focal length markings on both sides: Helps camera operators and assistants read lens data from either side of the rig.
• Updated design: A sleeker exterior while keeping functional cine-style operation.
• Aspherical lens elements: Reduce spherical and optical aberration for clearer, more vibrant images.
• Aperture blade construction: The series uses nine aperture blades on some models (noting this depends on model).

Who this lens is for

This 14mm T3.1 model targets independent filmmakers, low-budget project directors, and content creators who need a reliable wide-angle cine lens. Because the VDSLR MK2 series offers fast apertures across its focal lengths, you can concentrate on storytelling and composition rather than constantly compensating for image quality in low light. The shallow depth of field available at T3.1 helps separate subjects from backgrounds and add depth to your scenes.

Compatibility and system support

The VDSLR MK2 family covers five focal lengths—14mm, 24mm, 35mm, 50mm, and 85mm—so you can build a consistent cine lens set. All five lenses are available for and fully compatible with these camera mounts: Canon EF, Sony E, Canon RF, Nikon F, Canon M, Fuji X, and MFT. This lens in Canon EF mount works with DSLR systems and many mirrorless systems via adapters, making it suitable for a wide range of camera setups worldwide.

Optical coverage and quality

Despite their relatively compact size, the VDSLR MK2 lenses cover full-frame sensors (36x24mm). Samyang retained the image quality of the previous VDSLR series and enhanced optical performance with aspherical elements to combat spherical and other optical aberrations. The result is clear, vibrant imagery suited to cinematic video production.

Why choose the VDSLR MK2 14mm

Choose the Samyang 14mm T3.1 VDSLR MK2 Canon EF when you need a wide-angle cine lens that balances creative control, practical design improvements, and broad system compatibility. The weather sealing and readable markings make it practical on set, while the fast aperture and aspherical elements maintain the cinematic look associated with this series.

FAQ

Question: Is this 14mm lens suitable for full-frame cameras?
Answer: Yes. The VDSLR MK2 lenses, including the 14mm T3.1, cover full-frame sensors (36x24mm) and are designed for high-quality video workflows on full-frame cameras.

Question: Which camera mounts are available for the VDSLR MK2 series?
Answer: The series is available for Canon EF, Sony E, Canon RF, Nikon F, Canon M, Fuji X, and MFT mounts, ensuring broad compatibility across DSLR and mirrorless systems.

Question: What practical improvements does the MK2 version add over the previous series?
Answer: Samyang's Mark II update adds weather sealing, focal length markings on both sides of the barrel, and a sleeker design, while maintaining the cinematic image quality of the original VDSLR lenses.

Question: How does the fast aperture benefit filmmaking?
Answer: The fast T3.1 aperture across the VDSLR MK2 line supports low-light shooting and enables a shallower depth of field, which helps draw attention to your subject and adds visual depth to scenes.

Question: Do these lenses include optical elements that improve image quality?
Answer: Yes. The VDSLR MK2 lenses incorporate aspherical elements to reduce spherical and other optical aberrations, producing clearer and more vibrant images suitable for cinematic work.