What is the cheapest used Hasselblad Carl Zeiss CFi Distagon 50mm f/4 T* in the UK?

The cheapest used Hasselblad Carl Zeiss CFi Distagon 50mm f/4 T* currently listed is £209.99 at eBay, based on 8 listings compared across 4 UK retailers.

How many used Hasselblad Carl Zeiss CFi Distagon 50mm f/4 T* are for sale in the UK?

There are currently 8 used Hasselblad Carl Zeiss CFi Distagon 50mm f/4 T* listings available across 4 UK retailers on UsedLens, updated daily.

What sensor format does the Hasselblad Carl Zeiss CFi Distagon 50mm f/4 T* use?

The Hasselblad Carl Zeiss CFi Distagon 50mm f/4 T* features a Medium Format sensor.

Used Hasselblad Carl Zeiss CFi Distagon 50mm f/4 T* for Sale — From £210

£209.99 Low price

£3718.80 High price

8 Listings

4 Retailers

1 New this week

Great for: landscape street general

Latest CFi version of the Hasselblad V wide-angle — Zeiss Distagon 50mm f/4 T*.

The Hasselblad Carl Zeiss CFi Distagon 50mm f/4 T* is the later CFi version of the wide-angle lens for the Hasselblad V system. The CFi designation indicates the most modern V-system lens interface, providing compatibility across the broadest range of V-system bodies with both Compur and focal-plane shutter support.

Optical quality is excellent with the Distagon design providing a 30mm equivalent wide-angle perspective on the 6x6cm format. The T* coating delivers Zeiss's signature contrast and colour. The CFi version may include improved coatings over earlier C and CF variants for marginally better flare resistance.

Build quality is to the highest Hasselblad and Zeiss standards with the integrated Prontor CF leaf shutter. The CFi interface ensures broad compatibility. The lens handles well on V-system bodies and provides reliable, precise mechanical operation.

On the used market, the CFi Distagon 50mm f/4 commands a premium over earlier C and CF versions due to its broader compatibility and later manufacture. For Hasselblad V photographers wanting the most refined and compatible wide-angle option, the CFi version is the optimal choice.