The Film-to-Digital Transition in Underwater Photography

Overview

The transition from film to digital underwater photography occurred roughly between 1998 and 2006, fundamentally transforming how underwater images were captured, processed, shared, and discussed. Wetpixel was launched in March 2000 at the epicenter of this transition by David Breitigam, and its archive documents the shift in real time. The transition unfolded in three overlapping waves: early digital compacts (1998—2002), prosumer compacts and the first housed DSLRs (2001—2004), and the full-frame DSLR era that definitively ended film’s dominance (2005—2008).

The film era and its end

For decades, underwater photography was defined by two systems: housed film SLRs (typically Nikon F-series bodies in aluminum housings from Subal, Aquatica, and Seacam) and the Nikonos line of dedicated underwater cameras. The Nikonos system — Nikon’s purpose-built underwater camera line — had been the dominant platform for underwater photography since the Nikonos I appeared in 1963.

Key end-of-era milestones:

• 1992: Nikonos RS launched — the world’s first underwater autofocus SLR, with interchangeable lenses including the legendary 13mm f/2.8 fisheye. At roughly $5,000 for the body alone, it was prohibitively expensive for most photographers.
• 1996-08: Nikonos RS ceases production due to high costs and low demand.
• 2001-10: Nikonos V production ends, officially closing the dedicated underwater film camera era. Nikon never produced a digital Nikonos, despite years of community wishful thinking.
• 2008 onward: The Nikonos RS lenses lived on through adapter projects. Gates Underwater announced a Nikonos RS lens adapter, and multiple projects (including work by Nju System and John Ellerbrock) explored mounting the legendary RS 13mm on digital bodies and even RED cinema cameras. Seacam later reinvented the Nikonos RS 13mm as a conversion for modern housings. (^[1])

The film era’s limitations were significant for underwater work: a maximum of 36 exposures per dive, no ability to review images underwater, high per-frame costs (film plus processing), and the constant anxiety of discovering equipment problems only after returning from a trip. As David Breitigam wrote in 2000, describing a dive buddy who had ruined an entire week of shooting in Mexico due to a misconfigured housing: “Kinda makes you say…” — capturing the frustration that drove early adopters toward digital. (^[2])

Wave 1: The digital compact revolution (1998—2003)

The first wave of digital underwater photography came through compact cameras with manual controls and relatively affordable housings ($200—850):

• 1998: Nikon Coolpix 900 (1.2MP) — among the earliest digital compacts used underwater. Housing manufacturers like Marine Camera Distributors (MCD) and Arrow Machine were already building custom aluminum housings for digital compacts, though as Breitigam noted, “quality built-to-fit housings such as this aluminum beauty… will become a rare site” as camera obsolescence cycles accelerated. (^[3])
• 1999: Nikon Coolpix 950 (2MP) — the distinctive swivel-body design became popular with UW photographers. Housings from Ikelite and others.
• 2000: Nikon Coolpix 990 (3.3MP) — major resolution jump. Canon PowerShot G1 launched as a competitor. David Breitigam launches Wetpixel on March 21. Eric Cheng later bought an Ikelite housing for a Coolpix 990 for his trip to Palau — the trip that led to his taking over Wetpixel.
• 2001: Nikon Coolpix 995; Canon G2. Ikelite was rapidly expanding its digital housing lineup, making housings for the Coolpix 880, Coolpix 990, Canon G1, Canon S100 Elph, and more. At DEMA 2001, the digital shift was already visible: Ikelite showed its prototype Digital Strobe 125 alongside multiple compact housings, while Seacam displayed a prototype Nikon D1 housing and Sea & Sea showed the YS-90DX — the first strobe with a pre-flash digital compatibility setting. (^[4])
• 2001-11: Eric Cheng and Jim Watt organized an early “Digital Shootout” trip aboard the Kona Aggressor II — a charter focused on digital underwater photography with manufacturer-supplied equipment from Ikelite, Light & Motion, Sea & Sea, and UK Germany. Nightly digital slide shows replaced the traditional end-of-trip slide projector sessions. (^[5])
• 2002: Aquatica released the A995 housing for the Nikon Coolpix 995 ($849), a cast aluminum housing with 350-foot depth rating and a wet-changeable wide-angle lens — bringing professional build quality to consumer cameras. The Coolpix 995 captured 3.34MP images that “enlarged beautifully on 8x10 prints.” (^[6])
• 2002: Nikon Coolpix 5000 generated a wave of housings from Aquatica (A5000, $1,049), Ikelite, and Underwater Phantaseas. Aquatica was building a full line of digital Nikon compact housings (A5700, A4500) alongside their DSLR offerings. (^[7])
• 2002—2003: Olympus C-5050 with PT-series housings became popular among underwater photographers.
• 2004: Olympus C-5060 continued the C-series lineage with improved specs.

These compact cameras democratized underwater photography because their housings were far cheaper than film SLR housing systems. As James Wiseman wrote in 2003: “My Coolpix fits in the palm of my hand, and the housing is not much bigger. Since digital cameras are very sensitive to light, you can also get by with smaller strobes. Literally everything will fit in a Nikonos Pelican case.” (^[8])

By 2002, Ikelite “undoubtedly makes the widest variety of underwater housings for digital cameras anywhere,” continually adding models for Fuji, Kodak, Nikon, Sony, and Canon compacts. (^[9])

Wave 2: The digital SLR revolution (2001—2006)

Professional-quality digital underwater photography arrived with housed DSLRs, but the transition was gradual and initially controversial. Many professionals were skeptical that digital could match film quality for publication.

The pioneers: D1X, D30, and D60 (2001—2002)

• 2001: The Nikon D1X ($5,580 body) represented the threshold at which professional UW photographers began to switch. Stephen Frink, one of the most respected names in UW photography, wrote the definitive early assessment: “I wanted to take digital pictures underwater, but not at the expense of quality, convenience, or ergonomics. I knew I would embrace digital at the point when the file sizes were sufficient to use for a magazine cover or a double page spread, and when digital lag was no longer an issue in capturing the ‘decisive moment’… For me, the Nikon D1X was the point at which professional quality digital imaging is finally viable.” His Seacam D1X housing — the first in the US — arrived in January 2002. (^[10])
• 2001—2002: Canon D30 was among the first consumer DSLRs used underwater. Jim Watt shot sample images through a UK Germany D30 housing with Sigma 14mm and Canon 100mm macro lenses. (^[11])
• 2002-04: The Canon D60 (6.3MP, ~$2,200 body) arrived and Jim Watt and Eric Cheng immediately tested it in a UK Germany D30 housing — finding it a near-perfect fit since the bodies were nearly identical externally. Eric began shooting it underwater within days. (^[12])
• 2002-07: A pivotal trip: five Canon D60 DSLRs went to the Bahamas aboard Jim Abernethy’s vessel, alongside an Ikelite-housed Fuji S1 Pro, an Aquatica-housed Nikon Coolpix 5000, and a Light & Motion-housed Olympus 4040. Professional marine photographers Jim Watt, David Fleetham, and Andy Sallmon all participated — a sign that top professionals were already committed to the digital switch. (^[13])

The strobe problem

The shift to digital DSLRs immediately exposed a critical compatibility problem with strobes. As Stephen Frink documented: “The submersible strobes you have been using with your Nikonos or other housed cameras will not work TTL with the D1X. In fact, they may not work at all. I’ve tried an Ikelite 200 for example, and it won’t even fire with a D1X unless you use a manual synch cord.” The only TTL-compatible option initially was the Nikon SB28DX speedlight in a Seacam “Systemflash” underwater housing. (^[14])

This strobe incompatibility drove rapid innovation:

• 2001: Sea & Sea YS-90DX was among the first with pre-flash digital compatibility (shown at DEMA 2001). (^[15])
• 2003: Aquatica developed an E-TTL to TTL bridge circuit, allowing Canon DSLR housings to trigger older TTL strobes.
• 2004: Inon D-2000 (shown at DEMA 2004) introduced S-TTL auto exposure for digital cameras, a significant breakthrough.
• 2004—2006: Ikelite DS-125 and DS-160 series became digital workhorses with built-in e-TTL circuitry.
• 2006 onward: The Inon Z-240 became one of the bestselling UW strobes of all time, with broad digital compatibility.

The D100 explosion (2002—2003)

The Nikon D100 (6MP, DX, ~$2,000 body) was arguably the single most important camera in the digital transition for underwater photography. It generated an extraordinary wave of housing development — at least 30 Wetpixel articles documented housings from virtually every manufacturer:

• Aquatica AD100, reviewed by Mauricio Handler who noted the cast aluminum housing “felt comfortable in my hands” and was “very similar in look, size and feel to other Aquatica housings.” (^[16])
• Subal D10 housing
• Sea & Sea DX-100
• Ikelite D100 housing
• Light & Motion Titan D100
• Seacam D100
• Nexus D100
• Jonah/Ocean Brite ND100
• Sealux CD-100

Backscatter published an influential early assessment in January 2003: “Digital is the best solution for all new shooters that are remotely comfortable with computers. The value of instant feedback is priceless. Experienced shooters that have a working knowledge and a high success ratio with film techniques will need to evaluate their options more closely.” (^[17])

See Nikon D100 for the full product history.

Canon 10D, Digital Rebel, and the $1,000 DSLR (2003—2004)

• 2003: Canon EOS 10D (6.3MP) — housings from UK Germany, Ikelite, Jonah/Ocean Brite, and others. Brought Canon shooters fully into digital UW SLR photography.
• 2003-09: Ikelite announced a housing for the Canon Digital Rebel (300D), the first DSLR under $1,000. Aquatica followed with the A300 housing featuring E-TTL to TTL bridge capability. The price barrier for underwater DSLR photography dropped dramatically. (^[18])
• 2004: Nikon D70 (6.1MP, DX, ~$1,000 body) — the first truly affordable Nikon DSLR with widespread housing support. Forum threads comparing it side-by-side with the D100 and Canon 300D highlighted how rapidly the enthusiast market was expanding. A watershed moment for non-professional UW photographers.

See Canon D60 and Canon Digital Rebel for product histories.

The tipping point: professional acceptance (2003—2004)

Several milestones in 2003—2004 confirmed that digital had been accepted by the professional UW photography establishment:

• 2003-05: Dive Magazine printed its first all-digital cover — Douglas David Seifert’s whale shark image shot with a Canon D60. Editor Simon Rogerson declared: “Make no mistake — digital has arrived.” (^[19])
• 2003-06: Dive Magazine’s second digital cover featured Eric Cheng’s photo of a juvenile loggerhead turtle, confirming the first was no fluke. (^[20])
• 2004-03: The Wildlife Photographer of the Year competition — “one of the world’s most prestigious photographic competitions” — began accepting digital images for the first time. The rules required both RAW files and processed TIFFs, reflecting the industry’s evolving understanding of digital workflow. (^[21])
• 2004—2008: The Digital Shootout events, organized by Berkley White and Backscatter, grew from small gatherings into major annual events in Bonaire, Fiji, and Palau — becoming the premier all-digital underwater photography competitions. (^[22])

Wave 3: Full-frame and beyond (2005—2008)

• 2005-08: Canon EOS 5D (12.8MP, full-frame, ~$3,300 body) — the first affordable full-frame DSLR. Alex Mustard announced it on Wetpixel, noting it was “the first, at a sub-1DS price, to provide full 180 degree coverage with popular fisheye lenses.” A commenter captured the Nikon camp’s frustration: “As a dedicated Nikon shooter I’m amazed at what the competition offers. For me personally that means, I’ll still have to keep my good old seacam f100 until Nikon copes up.” Full-frame sensors provided significant advantages for wide-angle UW photography. Housing manufacturers raced to support it — Aquatica, Ikelite, Subal, and Seacam all produced housings. (^[23]) See Canon EOS 5D.
• 2005-10: Nikon D200 (10.2MP, DX) — became a workhorse underwater camera with housings from at least eight manufacturers. See Nikon D200.
• 2007: Nikon D300 (12.3MP, DX) — described as “the most significant advance in underwater digital photography since the Nikon D100.”
• 2008: Nikon D700 (12.1MP, full-frame) — Nikon’s answer to the Canon 5D. See Nikon D700.
• 2008: Canon 5D Mark II (21.1MP, full-frame) — the first DSLR with HD video capability, which proved revolutionary for underwater videography and opened an entirely new chapter: the DSLR video revolution.

By 2008, the transition was complete. No serious underwater photographer was still shooting film for publication, and the industry had moved on to debates about crop-sensor versus full-frame, Canon versus Nikon, and the emerging possibilities of video-capable DSLRs.

Strobe evolution

The digital transition forced a wholesale reinvention of underwater strobe technology. Film-era strobes used simple TTL metering through the film plane. Digital cameras used pre-flash metering systems that were incompatible with older strobes:

• 2001: Sea & Sea YS-90DX — first strobe with pre-flash digital compatibility setting, shown at DEMA 2001. (^[24])
• 2002: Seacam offered the “Systemflash” — a housed Nikon SB28DX speedlight — as the only TTL option for D1X shooters. (^[25])
• 2003: Aquatica developed E-TTL to TTL bridge circuits for Canon housings.
• 2004: Inon D-2000 introduced S-TTL auto for digital — a major step toward reliable automatic exposure underwater.
• 2004—2006: Ikelite DS-125 and DS-160 series became workhorses, with built-in digital TTL circuitry.
• 2006: The Inon Z-240 became one of the bestselling UW strobes of all time, offering S-TTL auto, manual control, and broad compatibility.

Many photographers ultimately abandoned TTL underwater altogether, preferring manual strobe control with the benefit of instant LCD review — a workflow impossible with film. This shift in technique was as significant as the hardware changes.

Practical challenges of early digital

The transition was not without significant practical hurdles, many documented in real time on Wetpixel:

• Storage: In 2003, James Wiseman described the storage problem: “On my first trip to Fiji, I was literally limited to bringing back only 150 shots because all I owned were two memory cards and I didn’t have a laptop or portable storage.” Solutions included Digital Wallets ($450), the Nixvue Vista ($600), or the budget Image Tank ($150 bare, $350 with 40GB drive). (^[26])
• Fogging: “Digital cameras tend to suffer more problems due to fogging than film cameras — probably because they are electronic devices and heat up during use.” Wiseman recommended silica gel packs or, as a last resort, “a small piece of a minipad.” (^[27])
• Battery life: Compact cameras on AA batteries had a significant advantage in remote locations; cameras with proprietary batteries required multiple spares and universal voltage chargers. Wiseman “smoked” his charger on a friend’s powerstrip in Fiji. (^[28])
• Insurance: Unlike film cameras, digital cameras depreciated rapidly. Wiseman advised: “Don’t buy a replacement policy! If you flood your camera a year or two after you bought it and your insurance company sends you a direct replacement, you just got some ‘brand new’ old technology. Since digital cameras are improving so fast, you should aim to get a policy that will pay your claim in cash.” (^[29])
• Housing obsolescence: As camera models turned over every 12—18 months, expensive housings became obsolete faster than in the film era, when a Nikonos V or Nikon F100 housing might last a decade. This created tension between housing manufacturers (who needed lead time) and photographers (who wanted the latest cameras). (^[30])

Cultural impact

The digital transition changed far more than equipment:

• Instant feedback: Photographers could review images between dives, accelerating learning curves dramatically. As James Wiseman wrote: “This probably cuts the learning curve in half for new underwater photographers, saving time, money, and most importantly, frustration.” (^[31])
• Volume: Digital removed the per-frame cost, encouraging experimentation. Wiseman noted that in two years of digital shooting he had taken “literally thousands of underwater photos” — unthinkable with film at $15—20 per roll plus processing.
• Sharing and community: Digital images could be shared online instantly, fueling communities like Wetpixel. The cycle from capture to web gallery could happen the same evening. Wiseman described his workflow: “I use Photoshop to make a nice ‘web gallery’ out of all the good photos which I can upload to my website. Just like that, I can share my photos with friends and fellow divers around the world.” (^[32])
• Democratization: Lower housing costs and consumer cameras brought new participants into UW photography. A complete compact digital system (camera, housing, strobe) could cost under $2,000 — less than many film SLR housings alone.
• Print publication acceptance: The barriers fell rapidly in 2003 when Dive Magazine ran back-to-back digital covers, and the Wildlife Photographer of the Year began accepting digital entries in 2004.
• Community knowledge-sharing: Wetpixel and its forums replaced the isolation of the film era with global, real-time knowledge sharing. The forum’s early threads — “Canon D60 — it works!” (2002), “Nikon D100 — Housing Possibilities?” (2002), “Nikon Coolpix 5000 vs D100 and D60” (2002) — document photographers collectively navigating the transition.

The Digital Shootout events

The Digital Shootout events became the signature competitive events of the transition era. Beginning with informal trips like the 2001 Kona Aggressor charter and Light & Motion’s early events, they grew into organized annual competitions:

• 2004: Digital Shootout Fiji
• 2005—2009: Annual Digital Shootout Bonaire (with daily webcasts by Eric Cheng)
• 2006: Digital Shootout Palau

These events served as both competitions and community gatherings where photographers could test the latest digital gear side by side. (^[33])

Legacy

The film-to-digital transition established patterns that would repeat with the mirrorless revolution a decade later: initial professional skepticism followed by rapid adoption, housing manufacturer races to support new bodies, strobe compatibility challenges, and community-driven knowledge sharing through forums and events. Wetpixel’s archive is one of the most complete records of this transformation in any photographic discipline.

The Nikonos system’s legacy endured long after film disappeared. Community projects to adapt Nikonos RS lenses to digital bodies continued through the 2010s, and Nikon re-registered the “Nikonos” trademark in 2019, sparking speculation about a modern digital successor that has yet to materialize.

References