Hasselblad 135mm f/5.6 S-Planar C T* Lens for 500 Series V System, Black {Bayonet 50} For Use with Bellows, or Variable Extension Tube

Hasselblad 135mm f/5.6 S-Planar C T* built for close-range precision on the V System.

The S-Planar designation tells you exactly what this lens was engineered to do: render flat fields at close working distances with the kind of optical accuracy that general-purpose lenses can't match. Paired with Hasselblad bellows or a variable extension tube on any 500 Series V System body, it becomes a dedicated tool for copy work, technical reproduction, and macro photography where geometric distortion and field curvature are unacceptable. The f/5.6 maximum aperture reflects the optical compromises Zeiss made to prioritize flat-field correction over speed, this is a lens you use on a tripod, with intent.

Zeiss T* anti-reflection coating keeps contrast high and flare controlled, which matters when you're working close to subjects under artificial light or mixed sources common in studio and laboratory settings. The fixed 135mm focal length on medium format gives you useful working distance between lens and subject, letting you arrange lighting without crowding the frame. This is not a general-purpose portrait or landscape prime, it's a specialist tool that does its specific job at a level few lenses from any era can touch.

Who It's For

Photographers doing high-fidelity document or artwork reproduction need the flat-field correction the S-Planar formula delivers, since even subtle field curvature causes edge softness that ruins archival work. Studio product photographers working with Hasselblad V System bodies benefit from the controlled magnification that bellows extension provides at 135mm. Scientific and technical photographers requiring geometric accuracy in close-up imaging will find the S-Planar's design priorities align directly with their demands. Film photographers already invested in the 500 Series ecosystem gain a lens that extends the system's range into macro territory without switching platforms.

Key Features

• 135mm fixed focal length for medium-format macro and copy work
• f/5.6 maximum aperture optimized for flat-field optical correction
• S-Planar optical design engineered for geometric accuracy at close distances
• Zeiss T* anti-reflection coating for flare control in studio lighting
• Hasselblad V (Bayonet 50) mount for 500 Series V System
• Requires bellows or variable extension tube for operation

FAQ

What is the S-Planar designation?

S-Planar is Zeiss's designation for lenses engineered to produce flat fields at close working distances. This one prioritizes geometric accuracy and field flatness for copy work and technical reproduction over maximum aperture speed.

How do you use this lens on a Hasselblad V System body?

Mount it to a bellows unit or variable extension tube, then attach the bellows/tube to your 500 Series V System camera body. The fixed 135mm focal length and f/5.6 aperture are designed specifically for this close-range setup.

Why is the maximum aperture only f/5.6?

Zeiss sacrificed aperture speed to achieve superior flat-field correction and optical accuracy. This lens is built for tripod work in controlled environments-studio copy, macro, technical reproduction-where depth-of-field control and maximum speed are secondary to optical performance.

What does the T* coating do?

T* is Zeiss's anti-reflection coating that minimizes internal reflections, preserving contrast and reducing flare. In close-range studio and laboratory work under artificial light, this keeps image contrast and color accuracy high.

What working distance do you get between lens and subject?

135mm on medium format provides useful physical separation between the front lens element and your subject. This lets you position lighting and avoid shadowing the work area without having to crowd the lens close to the subject.

Is this a general-purpose portrait or landscape lens?

No. This is a specialist tool built for flat-field macro, copy work, and technical reproduction where geometric distortion and field curvature are unacceptable. It's not optimized for general photography.