List of lenses for Hasselblad cameras

Last updated

Photographic lenses for Hasselblad cameras have been designed and manufactured by several companies, primarily by Carl Zeiss AG; others include Fujifilm, Kodak, Nittoh, Rodenstock, and Schneider.

Contents

Aerial cameras

The first cameras assembled by Victor Hasselblad were supplied to the Swedish Air Force as the ROSS HK-7, which was reverse-engineered from a recovered German camera for aerial reconnaisance, the Handkammer Hk 12,5/7×9. [1] 240 handheld HK-7s were produced between 1941 and 1943. It captures 7×9 cm (2.8×3.5 in) images, giving it a crop factor of 0.38 for 135 film equivalent, and was fitted with one of three non-interchangeable lenses. [2]

Lenses for ROSS HK-7
FL
(mm)		 Apr. Mfr.NameConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (mm)
135f/2.8 Zeiss Biotessar ? ?fixed, ∞ ? ? ?
240f/4.5–16 Schneider Xenar ? ?fixed, ∞ ? ? ?
250f/4.5–22 Meyer Tele-Megor ? ?fixed, ∞ ? ? ?

After testing the HK-7, the Swedish Air Force commissioned Hasselblad to produce another aerial camera, this time mounted to the airplane. Hasselblad produced the Ross SKa 4 and SKa 4a, which both accept interchangeable lenses and film magazines, differing in how the standard (150 mm) lens was stored. Both cameras capture 12×12 cm (4.7×4.7 in) images, giving a crop factor of 0.25. [3]

Lenses for ROSS SKa 4/4a
FL
(mm)		 Apr. Mfr.NameConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (mm)
150f/4.5ZeissTessar ? ?fixed, ∞ ? ? ?
152f/4.5CookeAviar ? ?fixed, ∞ ? ? ?
250f/3.5ZeissTele-Tessar ? ?fixed, ∞ ? ? ?
400f/5.5MeyerTele-Megor ? ?fixed, ∞ ? ? ?

The SKa 4/4a were re-engineered for land combat and the resulting camera, the MK 80, featured tripod support and periscope attachments, along with a set of slower shutter speeds. Although the lens mount is physically compatible with the SKa 4/4a, lenses were tested and paired to the camera body, so a lens from a different body may not have the correct focus distance. It captured 7×12 cm (2.8×4.7 in) images, giving a crop factor of 0.31. [4]

Lenses for ROSS MK 80
FL
(mm)		 Apr. Mfr.NameConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (mm)
165f/4.5–16Zeiss JenaTessar ? ?fixed, ∞ ? ? ?
320f/6.3ZeissTele-Tessar ? ?fixed, ∞ ? ? ?
600f/8ZeissTele-Tessar ? ?fixed, ∞ ? ? ?

The final cameras assembled by Ross for the Swedish military were labeled as the SKa 5, intended for aerial photogrammetry. Only 24 were built. It captured 18×24 cm (7.1×9.4 in) images, giving a crop factor of 0.14. [5]

Lenses for ROSS SKa 5
FL
(mm)		 Apr. Mfr.NameConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (mm)
250f/4.5ZeissOrthometar ? ?fixed, ∞ ? ? ?
250f/4.5ZeissTele-Tessar ? ?fixed, ∞ ? ? ?
500f/5.6ZeissTele-Tessar ? ?fixed, ∞ ? ? ?

Medium format cameras

The traditional Hasselblad medium format film cameras capture images on 120 film in the 6×6 cm (nominal) frame size; the actual frame size measures 56.5×56.5 mm (2.22×2.22 in), which is larger than small format 135 film, with a frame size of 36×24 mm (1.42×0.94 in). This means the crop factor for most film-based Hasselblad cameras (based on diagonal angle of view) compared to "full-frame" 135 is 0.54; for example, a V system lens with a focal length of 80 mm would have the equivalent coverage of a lens with a focal length of approximately 45 mm on a 135 film camera. If the square format images are cropped to an equivalent 3:2 aspect ratio, the resulting 56.5×37.7 mm (2.22×1.48 in) images would have an equivalent focal length multiplier of 0.64, so the 80 mm lens has the equivalent angle of view as a 50 mm lens on a 135 film camera.

Lenses for 1600F / 1000F cameras

The original normal lens for the 1600F and 1000F was the Kodak Ektar 80 mm f/2.8. It was succeeded by the Zeiss Tessar in 1953. [6] : 388 

Interchangeable lenses for Hasselblad 1600F / 1000F cameras [7] [8] [9]
FL
(mm)		 Apr. Mfr.NameConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (mm)
Ultra wide angle lenses
38f/4.5ZeissBiogon850.5 m (1+1⁄2 ft) ? ?63 (Series VIII)Fitted to original Super Wide camera
Wide angle lenses
55f/6.3KodakWide Field Ektar ? ?1.0 m (3 ft 4 in) ? ? ?Requires mirror lock-up
60f/5.6ZeissDistagon640.5 m (1 ft 8 in)47.0×43.5 mm (1.9×1.7 in)280 g (9.9 oz)57 (Series VII) [10]
Normal lenses
80f/2.8ZeissTessar430.5 m (1 ft 8 in)47.5×71.5 mm (1.9×2.8 in)250 g (8.8 oz)57 [11]
f/2.8KodakEktar430.5 m (1 ft 8 in) ? ? ?
Portrait lenses
135f/3.5ZeissSonnar530.9 m (3 ft)74.0×80.5 mm (2.9×3.2 in)520 g (18 oz)57 (Series VII) [12]
f/3.5–22KodakEktar53?1 m (3 ft 3 in) ? ? ?
Telephoto lenses
250f/4ZeissSonnar432.4 m (8 ft)72.0×163 mm (2.8×6.4 in)1,100 g (39 oz)80 (Series IX) [13]
f/5.6–45ZeissSonnar432.4 m (8 ft) ? ?(Series VII)
254f/5.6KodakEktar ? ?2.2 m (7 ft 4 in) ? ? ?
508f/5.6Cook & PerkinsDallmeyer Dallon Tele-Anastigmat ? ?9.1 m (30 ft) ? ?100

Lenses for V system cameras

Zeiss lenses for V system cameras can be divided into several series: [14] : 87 

Interchangeable lenses for Hasselblad V system cameras [15] [16] [18] [19] [20] [21]
FL
(mm)		 Apr. Mfr.NameSeriesConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (B/T)
Fisheye lenses
30f/3.5–22ZeissF-Distagon T*C870.3 m (1 ft 0 in)108×115.5 mm (4.3×4.5 in)1,370 g (48 oz)26 (mid) [22]
f/3.5–22ZeissF-DistagonCF870.3 m (1 ft 0 in)110×117.5 mm (4.3×4.6 in)1,365 g (48.1 oz)26 (mid)Filters are fixed to front lens component, which attaches via a bayonet mount. The filter is part of the optical formula, meaning the design is 9 elements / 8 groups. [23]
f/3.5–22ZeissF-DistagonCFi870.3 m (1 ft 0 in)110×112 mm (4.3×4.4 in)1,360 g (48 oz)24T [24]
Ultra wide angle lenses
38f/4.5–22ZeissBiogonC850.3 m (1 ft 0 in)78×85 mm (3.1×3.3 in)560 g (20 oz)63T [25]
f/4.5–22ZeissBiogonCF850.3 m (1 ft 0 in)80.0×81.0 mm (3.1×3.2 in)875 g (30.9 oz)60B [26] Weight includes SWC body.
f/4.5–22ZeissBiogonCFi850.3 m (1 ft 0 in)83.0×65.0 mm (3.3×2.6 in) ?60B [27]
40f/4–32ZeissDistagon (T*)C1090.5 m (1 ft 8 in)104×124.5 mm (4.1×4.9 in)1,375 g (48.5 oz)104B [28]
f/4–22ZeissDistagon T*CF11100.5 m (1 ft 8 in)90.0×101.5 mm (3.5×4.0 in)915 g (32.3 oz)93BAdds separate ring to select optimal air spacing ("floating element" design) for specific focusing range. [29]
f/4–22ZeissDistagon T*CFE11100.5 m (1 ft 8 in)83.0×94.0 mm (3.3×3.7 in)890 g (31 oz)93B [30]
f/4–22ZeissDistagon T* IFCFE1290.5 m (1 ft 8 in)90.0×117.9 mm (3.5×4.6 in)1,130 g (40 oz)93BInternal focusing design; air spacing automatically adjusts based on focus distance. [31]
Wide angle lenses
50f/2.8–22ZeissDistagon T*F980.32 m (1 ft 1 in)90.0×112 mm (3.5×4.4 in)1,240 g (44 oz)86T [32] [33]
f/2.8–22ZeissDistagon T*FE980.42 m (1 ft 5 in)90.0×104 mm (3.5×4.1 in)1,010 g (36 oz)86T [34]
f/4–22ZeissDistagon (T*)C770.5 m (1 ft 8 in)78×100 mm (3.1×3.9 in)885 g (31.2 oz)63T [35]
f/4–22ZeissDistagon T*CF980.5 m (1 ft 8 in)82.5×95.1 mm (3.2×3.7 in)800 g (28 oz)93BAdds separate ring for "floating element" air space selection, similar to 4/40. [36]
f/4–32ZeissDistagon T*CFi980.5 m (1 ft 8 in)83.0×89.0 mm (3.3×3.5 in)800 g (28 oz)70B [37]
f/4–32ZeissDistagon T*ZV980.5 m (1 ft 8 in)80.0×92.3 mm (3.1×3.6 in)790 g (28 oz)67T [38]
60f/3.5–22ZeissDistagon T*C770.6 m (2 ft 0 in)78×85.0 mm (3.1×3.3 in)645 g (22.8 oz)63T [39]
f/3.5–22ZeissDistagon T*CF, CB, CFi770.6 m (2 ft 0 in)83.0×83.0 mm (3.3×3.3 in)680 g (24 oz)60B [40] [41] [42]
f/4–22ZeissDistagon T*C7 ?0.55 m (1 ft 10 in) ? ?63T (Series VIII)f/5.6 on older versions (before 1961). [6] : 413 
f/5.6–22ZeissBiogonC850.9 m (2 ft 11 in)78×134 mm (3.1×5.3 in)740 g (26 oz)63TRequires 4 mm Réseau plate for proper focus; not compatible with most bodies. [43]
Normal lenses
80f/2.8–22ZeissPlanar (T*)C750.9 m (2 ft 11 in)78×51.7 mm (3.1×2.0 in)465 g (16.4 oz)50B [44] 6 elements on older versions. [6] : 413 
f/2.8–22ZeissPlanar T*F750.6 m (2 ft 0 in)80.5×64.0 mm (3.2×2.5 in)410 g (14 oz)50B [45]
f/2.8–22ZeissPlanar T*CF, CFE750.9 m (2 ft 11 in)82.5×65.0 mm (3.2×2.6 in)510 g (18 oz)60B [46] [47]
f/2.8–22ZeissPlanar T*FE750.6 m (2 ft 0 in)80.5×64.0 mm (3.2×2.5 in)430 g (15 oz)60B [48]
f/2.8–22ZeissPlanar T*CB650.9 m (2 ft 11 in)83.2×65.0 mm (3.3×2.6 in)550 g (19 oz)60 [49]
100f/3.5–22ZeissPlanar T*C540.9 m (2 ft 11 in)78.0×62.0 mm (3.1×2.4 in)610 g (22 oz)50B [50]
f/3.5–32ZeissPlanar T*CF540.9 m (2 ft 11 in)81.5×75.0 mm (3.2×3.0 in)605 g (21.3 oz)60B [51]
f/3.5–32ZeissPlanar T*CFi540.9 m (2 ft 11 in)83.0×71.0 mm (3.3×2.8 in)600 g (21 oz)60B [52]
f/4–32ZeissPlanar T*C5 ?0.9 m (2 ft 11 in) ?×62.0 mm (2.4 in)610 g (22 oz)50B
Portrait lenses
110f/2–16ZeissPlanar T*F, FE750.8 m (2 ft 7 in)82.5×87.0 mm (3.2×3.4 in)750 g (26 oz)77B [53] [54]
150f/2.8–22ZeissSonnar T*F, FE541.4 m (4 ft 7 in)82.5×87.5 mm (3.2×3.4 in)680 g (24 oz)77B [55] [56]
f/4–32ZeissSonnar (T*)C531.4 m (4 ft 7 in)79.0×96.0 mm (3.1×3.8 in)710 g (25 oz)50B [57]
f/4–32ZeissSonnar T*CF531.4 m (4 ft 7 in)81.5×100.1 mm (3.2×3.9 in)785 g (27.7 oz)60B [58]
f/4–32ZeissSonnar T*CFi531.4 m (4 ft 7 in)83.0×95.0 mm (3.3×3.7 in)850 g (30 oz)60B [59]
160f/4.8–22ZeissTessar T*CB431.5 m (4 ft 11 in)83.2×114 mm (3.3×4.5 in)650 g (23 oz)60B [60]
180f/4–32ZeissSonnar T*CF, CFE541.55 m (5 ft 1 in)81.5×128 mm (3.2×5.0 in)1,075 g (37.9 oz)60B [61] [62]
f/4–32ZeissSonnar T*ZV541.55 m (5 ft 1 in)80.0×128.4 mm (3.1×5.1 in)1,130 g (40 oz)67T [63]
Telephoto lenses
250f/4–32ZeissTele-Tessar T*F, FE552.5 m (8 ft 2 in)81.2×156 mm (3.2×6.1 in)920 g (32 oz)77B [64] [65]
f/5.6–45ZeissSonnarC432.5 m (8 ft 2 in)79.0×156 mm (3.1×6.1 in)930 g (33 oz)50B [66]
f/5.6–45ZeissSonnarCF, CFi432.5 m (8 ft 2 in)81.5×163.6 mm (3.2×6.4 in)1,000 g (35 oz)60B [67] [68]
f/5.6–45ZeissSonnar SuperachromatC662.8 m (9 ft 2 in)79.0×155 mm (3.1×6.1 in)800 g (28 oz)50BCorrected for extended wavelengths (400–1000 μm), no refocusing necessary for infrared photography. [69]
f/5.6–45ZeissSonnar SuperachromatCFE663.0 m (9.8 ft)83.0×153 mm (3.3×6.0 in)1,010 g (36 oz)60BCorrected for extended wavelengths (400–1000 μm), no refocusing necessary for infrared photography. [70]
300f/2.8–32ZeissTele-Superachromat T*FE982.5 m (8 ft 2 in)138×277 mm (5.4×10.9 in)3,800 g (130 oz)drop-inBundled with Apo-Mutar 1.7x E T* teleconverter. [71]
350f/4–32ZeissTele-Tessar T*F, FE861.9 m (6 ft 3 in)100×262 mm (3.9×10.3 in)2,000 g (71 oz)96T [72]
f/5.6–45ZeissTele-Tessar T*C445.0 m (16.4 ft)90.0×225 mm (3.5×8.9 in)1,350 g (48 oz)86T [73]
f/5.6–45ZeissTele-Tessar T*CF444.5 m (15 ft)90.0×226.5 mm (3.5×8.9 in)1,350 g (48 oz)93T [74]
f/5.6–45ZeissTele-SuperachromatCFE983.75 m (12.3 ft)90.0×234 mm (3.5×9.2 in)1,800 g (63 oz)86TPasses extended wavelengths, no refocusing necessary for infrared photography. [75]
500f/8–64ZeissTele-Tessar (T*)C538.5 m (28 ft)90.0×316 mm (3.5×12.4 in)2,100 g (74 oz)86T [76]
f/8–64ZeissTele-Apotessar T*CF535.0 m (16.4 ft)90.0×329 mm (3.5×13.0 in)1,810 g (64 oz)86T [77]
1000f/5.6ZeissMirotarF5 ?11.9 m (39 ft)250×420 mm (9.8×16.5 in)16.5 kg (36 lb)—Special order only; neutral-density filters for exposure control
Zoom lenses
60~120f/4.8–32 ?ZoomFE13 ?1.2 m (3 ft 11 in) ?×150 mm (5.9 in)1,520 g (54 oz)93
140~280f/5.6–45SchneiderVariogonC17142.5 m (8 ft 2 in) ?×240 mm (9.4 in)1,870 g (66 oz)86T (Series IX) [78]
f/5.6–45SchneiderVariogonF17142.5 m (8 ft 2 in) ?×240 mm (9.4 in)1,870 g (66 oz)86T (Series IX) [78]
f/5.6–45SchneiderVariogonCF17142.5 m (8 ft 2 in) ?×240 mm (9.4 in)1,850 g (65 oz)86T (Series IX) [78]
Macro lenses
120f/4–32ZeissMakro-Planar T*CF640.8 m (2 ft 7 in)81.5×99.0 mm (3.2×3.9 in)695 g (24.5 oz)60B [79]
f/4–32ZeissMakro-Planar T*CFE, CFi640.8 m (2 ft 7 in)83.0×94.0 mm (3.3×3.7 in)780, 695 g (27.5, 24.5 oz)60B [80] [81]
f/4–32ZeissMakro-Planar T*ZV640.8 m (2 ft 7 in)80.0×107.6 mm (3.1×4.2 in)890 g (31 oz)67T [82]
f/5.6–45ZeissS-Planar (T*)C640.95 m (3 ft 1 in)79×86.5 mm (3.1×3.4 in)640 g (23 oz)50B [6] : 413  [83]
135f/5.6–45ZeissS-Planar (T*)C750.0535 m (2.11 in)78.0×85.0 mm (3.1×3.3 in)560 g (20 oz)50BFor bellows [84]
f/5.6–45ZeissMakro-Planar T*CF75—80.5×86.8 mm (3.2×3.4 in)620 g (22 oz)60BFor bellows [85]
Special lenses & teleconverters
105f/4.3–32ZeissUV-SonnarC771.8 m (5 ft 11 in)78.0×87.0 mm (3.1×3.4 in)670 g (24 oz)50BPasses ultraviolet and visible wavelengths (215–700 μm) [86]
f/4.3–32ZeissUV-SonnarCF771.8 m (5 ft 11 in)82.5×90.6 mm (3.2×3.6 in)750 g (26 oz)60BPasses ultraviolet and visible wavelengths (215–700 μm) [87]
1.4×1.4×ZeissPC-Mutar T*(CF)54— ?×80.0 mm (3.1 in)490 g (17 oz)—Optimized for 4/40 Distagon (CF). Provides shift for lenses shorter than (and including) 2.8/80 Planar. May be used unshifted as a teleconverter for lenses shorter than (and including) 100 mm. [88]
1.7×1.7×ZeissApo-Mutar T*FE74—84.0×76.0 mm (3.3×3.0 in)430 g (15 oz)—Bundled with Tele-Superachromat T* 2.8/300. [71]
2×2×ZeissMutar T*C, CF, F7 ?—84.2×75.0 mm (3.3×3.0 in)420 g (15 oz)—S-/Makro-Planar 5.6/135 requires an intermediate extension tube. [89]

Most V system bodies are single lens reflex cameras, using a mirror to view and frame the scene through the same lens that captures the image. Hasselblad also made the Superwide camera (SW/SWC) line, which are each equipped with a fixed 38 mm Zeiss Biogon lens but omits the mirror and reflex viewfinder, as those are precluded by the symmetric wide-angle lens design. [90] : 41  Other specialized bodies included the FlexBody and ArcBody, which permitted view camera-like tilt and shift movements using a front lens standard connected via a flexible bellows to a rear film standard which accepted V system film backs. [91] While the FlexBody accepted standard V system interchangeable lenses from the C/CF series, the ArcBody used specialized Rodenstock Grandagon lenses to permit a wider range of movements. [92]

Interchangeable lenses for Hasselblad V system ArcBody cameras [16]
FL
(mm)		 Apr. Mfr.NameSeriesConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (B/T)
Ultra wide angle lenses
35f/4.5–22RodenstockApo-GrandagonArcBody840.5 m (1 ft 8 in) ?×55.0 mm (2.2 in)420 g (15 oz)77T
Wide angle lenses
45f/4.5–32RodenstockApo-GrandagonArcBody840.5 m (1 ft 8 in) ?×65.0 mm (2.6 in)500 g (18 oz)77T
Normal lenses
75f/4.5–45RodenstockApo-GrandagonArcBody841.0 m (3 ft 3 in) ?×95.0 mm (3.7 in)660 g (23 oz)77T

Lenses for H system cameras

H6D with 100C back, which has a 100 MP CMOS digital image sensor HASSELBLAD 100C REAR.jpg
H6D with 100C back, which has a 100 MP CMOS digital image sensor

Hasselblad and Fujifilm jointly designed the H system cameras and lenses, with Fujifilm responsible for manufacturing. Each lens has an in-lens electronic leaf shutter, and the HC lenses also were sold with Fujinon branding. [93] The Hasselblad H1 was sold with cosmetic changes as the Fujifilm GX645AF, but subsequent H system cameras do not have a Fujifilm equivalent. H system cameras accept backs which use either 120 film in the 645 format or several different sizes of digital image sensors, all of which are larger than the 36×24 mm (1.42×0.94 in) frame size of 135 film or equivalent "full-frame" sensors.

The 645 format is nominally 6×4.5 cm, but actual frame measurements are 56×41.5 mm (2.20×1.63 in), [94] [95] which gives a crop factor (aka focal length multiplier) of 0.62 compared to 135 film. For comparison, a H system lens with a focal length of 80 mm using an H system film back would have the equivalent coverage of a lens with a focal length of approximately 50 mm on a "full-frame" camera.

The digital sensor used in Hasselblad's product literature to determine equivalent focal length is the 100 MP CMOS sensor, which measures 53.4×40 mm (2.10×1.57 in). [95] [96] : 62  This means the corresponding crop factor for H system lenses (based on diagonal angle of view) using this sensor size compared to "full-frame" 135 is 0.65, nearly identical to the crop factor using 645 film; for example, a H system lens with a focal length of 80 mm capturing images using this sensor would have the equivalent coverage of a lens with a focal length of approximately 50 mm on a "full-frame" camera.

HCD lenses are optimized for slightly smaller image sensors covering 48×36 mm (1.9×1.4 in), [95] so the crop factor for HCD lenses is slightly greater at 0.72. With these sensors, an 80 mm lens would have the equivalent coverage of a lens with a focal length of approximately 60 mm on a "full-frame" camera.

HC/HCD Interchangeable lenses for Hasselblad H system cameras [96] [97]
FL
(mm)		 Apr. NameConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (mm)
Ultra wide angle lenses
24f/4.8–32HCD 4,8/2414110.38 m (1 ft 3 in)100×99.0 mm (3.9×3.9 in)810 g (29 oz)95 [98]
28f/4–32HCD 4/281290.35 m (1 ft 2 in)100×102 mm (3.9×4.0 in)850 g (30 oz)95 [99]
35f/3.5–32HC 3,5/3511100.50 m (1 ft 8 in)100×124 mm (3.9×4.9 in)975 g (34.4 oz)95 [100]
Wide angle lenses
50f/3.5–32HC 3,5/50 II1170.60 m (2 ft 0 in)85.0×116 mm (3.3×4.6 in)975 g (34.4 oz)77 [101]
Normal lenses
80f/2.8–32HC / HCD 2,8/80660.70 m (2 ft 4 in)84.0×70.0 mm (3.3×2.8 in)475 g (16.8 oz)67 [102]
Portrait lenses
100f/2.2–32HC 2,2/100650.90 m (2 ft 11 in)87.5×80.5 mm (3.4×3.2 in)780 g (28 oz)77 [103]
150f/3.2–45HC 3,2/150 N981.30 m (4 ft 3 in)86.0×124 mm (3.4×4.9 in)970 g (34 oz)77 [104]
Telephoto lenses
210f/4–45HC 4/2101061.80 m (5 ft 11 in)86.0×168 mm (3.4×6.6 in)1,320 g (47 oz)77 [105]
300f/4.5–45HC 4,5/300972.45 m (8 ft 0 in)100×198 mm (3.9×7.8 in)2,120 g (75 oz)95 [106]
Zoom lenses
35~90f/4~5.6–32HCD 4,0~5,6/35~90 Aspherical13110.65 m (2 ft 2 in)102.5×167 mm (4.0×6.6 in)1,410 g (50 oz)95 [107]
50~110f/3.5~4.5–32HC 3,5~4,5/50~1101490.70 m (2 ft 4 in)103×152 mm (4.1×6.0 in)1,650 g (58 oz)95 [108]
Macro lenses
120f/4–32HC Macro 4/120 II990.39 m (1 ft 3 in)96.0×166 mm (3.8×6.5 in)1,410 g (50 oz)67 [109]
Teleconverters
1.7×1.7×
(11⁄2 stops)		H 1.7X Converter64—85.0×56.0 mm (3.3×2.2 in)465 g (16.4 oz)—Not compatible with HC 3,5/35 or HC 3,5-4,5/50-110; AF disabled when used with HC Macro 4/120 or HC 4,5/300. [110]

Lenses for X system cameras

Preproduction X1D with XCD 3,2/90 lens Hasselblad X1D, preproduction model (cropped).jpg
Preproduction X1D with XCD 3,2/90 lens

The X system uses a digital sensor which measures 43.8×32.9 mm (1.72×1.30 in), [111] larger than the 36×24 mm (1.42×0.94 in) "full-frame" sensors based on 135 film. This means the crop factor for X system lenses (based on diagonal angle of view) compared to "full-frame" 135 is 0.79; for example, a X system lens with a focal length of 65 mm would have the equivalent coverage of a lens with a focal length of approximately 50 mm on a "full-frame" camera.

X system lenses are designed by Hasselblad and manufactured in Japan by Nittoh Kogaku, who also manufactured the lenses for the XPan/TX. [112] X system cameras can accept XPan, [113] H system, [114] and V system [115] lenses with the appropriate adapters; for adapted H system lenses, leaf shutter, autofocus, and aperture control are retained. [114] [116]

XCD interchangeable lenses for Hasselblad X system cameras [96] [117]
FL
(mm)		 Apr. NameSeriesConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (mm)
Ultra wide angle lenses
21f/4–32XCD 4/21—1390.32 m (1 ft 1 in)83.0×106 mm (3.3×4.2 in)600 g (21 oz)77 [118]
25f/2.5–32XCD 2,5/25VV13100.25 m (9.8 in)75.0×105 mm (3.0×4.1 in)592 g (20.9 oz)72 [119]
Wide angle lenses
28f/4–32XCD 4,0/28PP980.22 m (8.7 in)75.0×48.0 mm (3.0×1.9 in)245 g (8.6 oz)72 [120]
30f/3.5–32XCD 3,5/30—11100.4 m (1 ft 4 in)83.0×88.0 mm (3.3×3.5 in)550 g (19 oz)77 [121]
38f/2.5–32XCD 2,5/38VV1090.30 m (1 ft 0 in)76.0×68.0 mm (3.0×2.7 in)350 g (12 oz)72 [122]
45f/3.5–32XCD 3,5/45—970.4 m (1 ft 4 in)76.0×75.0 mm (3.0×3.0 in)417 g (14.7 oz)67 [123]
f/4–32XCD 4/45PP970.35 m (1 ft 2 in)80.0×52.0 mm (3.1×2.0 in)320 g (11 oz)62 [124]
Normal lenses
55f/2.5–32XCD 2,5/55VV980.45 m (1 ft 6 in)76.0×72.0 mm (3.0×2.8 in)372 g (13.1 oz)72 [125]
65f/2.8–32XCD 2,8/65—1060.5 m (1 ft 8 in)81.0×93.0 mm (3.2×3.7 in)727 g (25.6 oz)67 [126]
Portrait lenses
80f/1.9–32XCD 1,9/80—1490.7 m (2 ft 4 in)84.0×112 mm (3.3×4.4 in)1,044 g (36.8 oz)77 [127]
90f/2.5–32XCD 2,5/90VV960.67 m (2 ft 2 in)75.0×95.0 mm (3.0×3.7 in)551 g (19.4 oz)72 [128]
f/3.2–32XCD 3,2/90—1080.7 m (2 ft 4 in)77.0×100 mm (3.0×3.9 in)619 g (21.8 oz)67 [129]
135f/2.8–32XCD 2,8/135—1061.0 m (3 ft 3 in)81.0×149 mm (3.2×5.9 in)935 g (33.0 oz)77Bundled with dedicated 1.7× teleconverter. [130]
Telephoto lenses
Zoom lenses
20~35f/3.2~4.5–32XCD 3,2-4,5/20-35EE16120.32 m (1 ft 1 in)81.0×117 mm (3.2×4.6 in)805 g (28.4 oz)77 [131]
35~75f/3.5~4.5–45XCD 3,5~4,5/35~75—15130.42 m (1 ft 5 in)85.0×141 mm (3.3×5.6 in)1,115 g (39.3 oz)77 [132]
Macro lenses
120f/3.5–45XCD 3,5/120 Macro—1070.43 m (1 ft 5 in)81.0×150 mm (3.2×5.9 in)970 g (34 oz)77Focuses to 1:2 mag. [133]
Teleconverters
1.7× (230)f/4.8–55X Converter 1,7—641.05 m (3 ft 5 in)81.0×46.0 mm (3.2×1.8 in)437 g (15.4 oz)—Dedicated teleconverter for XCD 2,8/135 lens. [130]

Small format cameras

Lenses for XPan cameras

The Fujifilm TX-1 is a rangefinder which captures images in standard 24×36 mm format or panoramic 24×65 mm format on 135 film, introduced in 1998 and marketed by Hasselblad as the XPan outside of Japan. [134] It was succeeded by the TX-2 / XPan II in 2003.

The crop factor for the panoramic format (based on diagonal angle of view) compared to "full-frame" 135 is 0.62; for example, the 90 mm XPan lens in panoramic mode would have the equivalent coverage across the diagonal of a lens with a focal length of approximately 55 mm on a standard 135 film camera.

Interchangeable lenses for Hasselblad XPan (Fujifilm TX) cameras [135]
FL
(mm)		 Apr. NameConstructionMin. FocusDimensionsNotes
EleGrpΦ×LWgt.Filter (mm)
Ultra wide angle lenses
30f/5.6–225.6/30 mm Aspherical1080.7 m (2 ft 4 in) ?×63.0 mm (2.5 in)310 g (11 oz)58 [136] Complete kit includes lens, viewfinder, lens shade, and centre filter
Wide angle lenses
45f/4–224/45 mm860.7 m (2 ft 4 in) ?×47.0 mm (1.9 in)235 g (8.3 oz)49 [137]
Portrait lenses
90f/4–224/90 mm971.0 m (3 ft 3 in) ?×73.0 mm (2.9 in)365 g (12.9 oz)49 [138]

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References

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  87. ↑ "UV-Sonnar f/4.3 — 105 mm" (PDF). Carl Zeiss AG. Retrieved 17 September 2024.
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  96. 1 2 3 "Hasselblad Lenses [catalog]" (PDF). Hasselblad. Retrieved 17 September 2024.
  97. ↑ "H System lenses". Hasselblad. Retrieved 17 September 2024.
  98. ↑ "HCD 4,8/24 Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  99. ↑ "HCD 4/28 Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  100. ↑ "HC 3,5/35 Datasheet" (PDF). Hasselblad. Archived from the original (PDF) on October 31, 2020.
  101. ↑ "HC 3,5/50 II Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  102. ↑ "HCD 2,8/80 Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  103. ↑ "HCD 2,2/100 Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  104. ↑ "HCD 3,2/150N Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  105. ↑ "HCD 4/210 Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  106. ↑ "HC 4,5/300 Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  107. ↑ "HCD 4-5,6/35-90 Aspherical Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  108. ↑ "HC 3,5-4,5/50-110 Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  109. ↑ "HC Macro 4/120-II Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  110. ↑ "Hasselblad H 1.7X Converter Datasheet". Hasselblad. Retrieved 17 September 2024.
  111. ↑ "X1D II 50C (brochure)" (PDF). Hasselblad. Retrieved 17 September 2024.
  112. ↑ Ove Bengtson (June 27, 2016). "Mirrorless is 'probably' the future: an interview with Hasselblad Product Manager Ove Bengtson". Digital Photography Review (Interview). Interviewed by Damien Demolder. Retrieved 18 September 2024. The [XCD] lenses are designed by us and manufactured by Nittoh who have made many great lenses in the past, including the lenses for the X-Pan.
  113. ↑ "XPan Lens Adapter". Hasselblad. Retrieved 17 September 2024.
  114. 1 2 "XH Lens Adapter". Hasselblad. Retrieved 17 September 2024.
  115. ↑ "XV Lens Adapter". Hasselblad. Retrieved 17 September 2024.
  116. ↑ "XH Converter 0,8". Hasselblad. Retrieved 17 September 2024.
  117. ↑ "X System lenses". Hasselblad. Retrieved 17 September 2024.
  118. ↑ "XCD 4/21MM Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  119. ↑ "XCD 2,5/25V Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  120. ↑ "XCD 4,0/28P Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  121. ↑ "XCD 3,5/30MM Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  122. ↑ "XCD 2,5/38V Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  123. ↑ "XCD 3,5/45MM Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  124. ↑ "XCD 4/45P Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  125. ↑ "XCD 2,5/55V Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  126. ↑ "XCD 2,8/65mm Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  127. ↑ "XCD 1,9/80mm Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  128. ↑ "XCD 2,5/90V Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  129. ↑ "XCD 3,2/90MM Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  130. 1 2 "XCD 2,8/135MM Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  131. ↑ "XCD 3,2-4,5/20-35E Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  132. ↑ "XCD 3,5-4,5/35-75MM Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  133. ↑ "XCD 3,5/120MM MACRO Datasheet" (PDF). Hasselblad. Retrieved 17 September 2024.
  134. ↑ "Test: Hasselblad XPan". Popular Photography. March 1999. pp. 74–77, 134–135, 212–214. Retrieved 15 September 2024.
  135. ↑ "Hasselblad XPan lenses" (PDF). Hasselblad USA Inc. Retrieved 15 September 2024– via Pacific Rim Camera, Reference Library.
  136. ↑ "Lenses: XPan Haselblad 5.6/30" (PDF). Hasselblad. Archived from the original (PDF) on March 19, 2006.
  137. ↑ "Lenses: XPan Hasselblad 4/45". Hasselblad. Retrieved 17 September 2024.
  138. ↑ "Lenses: XPan Hasselblad 4/90". Hasselblad. Retrieved 17 September 2024.
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