CameraWorth.com

Hasselblad 503CWD

The Hasselblad 503CWD is a medium format camera based on the 503CW body paired with a dedicated 16-megapixel digital back, sold as a complete digital V-system kit. It was introduced in the mid-2000s as Hasselblad's integrated digital answer to the 500-series film bodies, aimed at professional studio and location photographers transitioning from film.

At UK auction, hammer prices for the 503CWD have ranged from around £1,800 to £13,000, with a median near £3,400 across recorded saleroom results. Condition, completeness of the digital back and finder, and whether the kit includes a working battery and cables drive much of the spread; in today's market in 2026, clean, fully functional sets are what achieve the higher end of that value range, while partial or untested examples sell for considerably less.

Sales History

Prices shown are UK auction hammer results — the wholesale level achieved in the saleroom. Neither buyer’s nor seller’s commission is included. Dealer and retail asking prices are typically higher.

Prices updated: June 2025

Date Price Source
Jun 2025 £4,000 Flints Auctions
Oct 2024 £2,700 Harper Field Auctions
Jun 2017 EUR 13,000 Leitz Auction
Nov 2016 EUR 1,800 Leitz Auction
Nov 2014 EUR 1,900 Leitz Auction
May 2012 EUR 5,000 Leitz Auction

Frequently asked questions

What is a Hasselblad 503CWD worth today?

Recent UK auction hammer prices for a 503CWD sit in the £1,800 to £4,000 range for typical kits, with exceptional complete outfits having sold for considerably more.

How much does a Hasselblad 503CWD sell for at auction?

Most 503CWD kits sell for between £2,700 and £4,000 at UK saleroom level, though price depends heavily on whether the digital back, battery and cables are present and working.

Is the 503CWD a good buy compared to a 503CW with a separate back?

The 503CWD's value lies in being a matched factory kit, but a 503CW body paired with a third-party digital back can often be assembled for a similar price, so buyers should weigh originality against flexibility.