To read news specific to Big Blue Tech - Click Here




Posts Tagged ‘technical diving thailand’






Golden Horseshoe Expedition: Khao Sok Cavern Course

Thursday, January 7th, 2010

khao-sok-exped-15-300x200 Golden Horseshoe Expedition: Khao Sok Cavern Course

On January 4th 2010 Big Blue Tech arrived at Rajjaprabha Dam on Chiew Lan Lake in Khao Sok National Park to head out towards the raft house which would accommodate use for the duration of the TDI Cavern Course and BSAC/TDI Compressor Operator Course. The course was taught by James Thornton-Allan for students Andy Cavell, Mark Slinn, Emily Billingham, Piotr (Peter) Paulo and Malgorzata (Margaret) Babiak

As the team arrived at the resort we set up the area for the compressor and charging of the torches and then it was time to head out to the diving area to start the skills of the course.. The course needed to be staggered to maintain a ratio of 4 to 1 for the instructor which meant James took Peter and Margaret for their first training dives while Emily, Andy and Mark practiced their buoyancy in fresh water with their technical diving gear. The buoyancy and control came naturally to Peter and Margaret who come from Poland where the majority of their diving experience is in freshwater, additionally both Peter and Margaret are diving professionals who own Asian Divers in Phucket. Peter himself is a PADI Course Director and a Tec Deep Instructor Training for PADI/DSAT. For all divers the skills which need to be performed with comfort include using a reel and line to run a continuos guidleline, propulsion and finning techniques, loss of visibility and primary flashlight / torch failure and various other skills to make the diver comfortable in this ovehead environment. Addition to these skills all diver require 2 sources of artificial light, to reels and 2 sources of air supply.

On the 5th Peter and Margaret completed their course and received their certification followed by Andy, Emily and Mark on the 6th.

For Andy, Emily and Mark these newly developed skills would be further put to use in the coming days of the expedition when we explore shipwrecks on the west coast of Thailand. The Advanced Wreck and Cavern skills are quite similar as they both illustrate the procedures for dealing with an overhead environment.

On the 7th of January the team heading off the lake after a few thrashings of rain where Mark commented “I started the day off with possible heat stroke and now I think I’m coming down with hypothermia!”, we loaded the truck and headed off to Khao Lak which would the our base for diving for the next week.


Golden Horseshoe Technical Diving Expedition

Saturday, January 2nd, 2010

technical-expedition-diving-thailand-11-300x225 Golden Horseshoe Technical Diving Expedition

Today Big Blue Tech are busy planning and packing for the upcoming 3 week long technical diving expedition through Thailand.

Technical Director James Thornton-Allan leads a group of technical divers through some of the best technical diving Thailand has to offer. James leads a group consisting Matt Payne, Andy Cavell, Mark Payne and Emily Billingham.

The expedition is scheduled to visit Khao Sok Nation Park, Nam Ta Loo Cave, Sra Keow Cave, Song Hong Sink Hole, Sea Chart 1 Shipwreck, Similan Islands on a live aboard, Emerald Cave in Krabi and other undisclosed ventures that won’t be revealed until after it’s secured discovery.

During the expedition the divers will earn many certifications including their Cavern, Intro to Cave and Cave certification along with Extended Range, Compressor Operator Gas Blender and Advanced Gas Blender (Helium Blender)

The most daunting task of any expedition is the planning and logistics to allow us to dive everyday in several different locations covering hundreds of miles.

This expedition requires special equipment we don’t normally take with us which includes an Haskel Mini Oxygen Booster, Helium and Oxygen Analyzer, Portable Petrol Powered Compressor, GPS and Portable Sonar, Oxygen and Helium Filling Whips, Torches, Cameras, Satellite Phone and Emergency Oxygen, Dive Medic First Aid Kits, A 4 Door 4×4 Pick-up Truck and that doesn’t include the actual diving equipment or personal equipment.

This expedition is also a great opportunity to show new technical divers the essential foundation of this style of extreme diving which has it’s roots in exploring the unknown and going where the majority of other divers never venture. Not only that it’s all about going where we want to go diving and getting wet when it suits us. No boat schedule, no time table, just the open road and a lot of water to jump into.

You can follow our expedition as we’ll be updating the news from the road.


Technical Diving Video in Thailand

Wednesday, December 30th, 2009

Big Blue Tech have released a short video of our most recent technical diving course filmed by James Waller on Chumphon Pinnacle with Bull Sharks.

The video shows the graduation of the TDI Decompression Procedures course which was completed in December 2009. That story can be found here: “All I want for Chriistmas is TECH” During this course, underwater videographer James Waller joined us during his holiday break from working and filming in Wakatobi.

The video, filmed in High Definition (HD) shows the abundance of the marine life at Chumphon pinnacle with schools of barracuda’s and different types and sizes of sharks. James Waller being an experienced videographer and a SDI Solo Diver was able to leave the disturbance of other divers to focus on the film work on his own with a redundant breathing system or “pony”.

This is the first in a series of videos which will show more technical diving and sharks as the footage is gathered.


All I want for Christmas is TECH

Tuesday, December 29th, 2009

tech-diver-th-20-300x225 All I want for Christmas is TECH

Big Blue Tech - Technical Diving Thailand - Celebrates the graduation of Ash Dunn, Mark Slinn and Andy Cavell from their TDI Decompression Procedures Course conducted over the past few days off the coast of Thailand on and island called Koh Tao

The TDI Decompression Procedures course is best described by the TDI/SDI website as:

The TDI Decompression Procedures course prepares you for planned staged decompression diving. With a maximum operating depth of 45m/150 feet, this course is your first step beyond the normal sport diving limits.

This course began before the christmas break with some new skills to help train the students to a level appropriate for entering the next step. The students will start their next course, TDI Extended Range, on our Similans Islands Liveaboard in the new year.

The highlight of the course was the abundant marine life on every dive. With large 2 meter Bull and Gray Reef Sharks around us during all our dives the excitement of diving was forced back into every sense we had. The sharks at Chumphon Pinnacle Dive Site seem to disapear during some months and then come back in large numbers without warning. Sharks can be seen hunting and stalking prey but always keeping a safe distance from divers. This safety is kept in part from the prevention of shark feeding so no shark has associated food with a diver.

All of the students excelled at their skills and conduct in the water and received their certification after completing a written examination.

Below are some pictures from this event. The next open space for this course is in March 2010


TDI Compressor Operator Course Premier in Thailand

Tuesday, December 8th, 2009

tdi-compressor-operator-thailand-6-300x225 TDI Compressor Operator Course Premier in Thailand

Today Big Blue Tech conducted the first TDI Compressor Operator Course ever. This course was attended by Ash Dunn, Andy Cavell and Mark Slinn and conducted on Koh Tao island in the south east of Thailand. Big Blue Tech authored and submitted this course as a custom written certification and received authorization from TDI HQ to start teaching. We have been told that TDI plan to develop their own Compressor Operator course based on our outline.

The TDI Compressor Operator course is designed to introduce the safe operation and handling of scuba diving compressors and air bank systems. The students learned the proper checks, safety and hazards, minor maintenance and operation of 2 different compressors including the combination of a large air bank system. On our next Khao Sok expedition later this month they will also be operating a portable petrol powered compressor in the jungle.

Big Blue own over 10 compressors around thailand, on Koh Tao alone we have 2 Coltri Sub MCH16’s, 2 Bauer Mariner 1, 2 Bauer 250, 1 LW 450 and 1 Bauer Junior (for cave and remote diving). In Khao Lak we have 2 Bauer Mariner 250 and 1 Coltri Sub MCH16, which gives our students a lot different compressors to practice with and become familiar.

After our time in the shop and on the boat we filled all the twin sets and air systems in the shop giving the students ample time to practice and learn using a compressor un-aided. The students will later evolve their diving skills with future TDI Nitrox Gas blender and TDI Advanced Gas blender courses.

The certification earned will give the students the recognized ticket to operate scuba diving compressors in government controlled diving areas.

For those TDI instructors interested in teaching this course, feel free to contact us for authorization to teach this distinctive specialty course.


Khao Sok Technical Diving Expedition

Friday, October 23rd, 2009

img_0161-edit-300x213 Khao Sok Technical Diving Expedition

Big Blue Tech will be in Khao Sok National from October 23rd to October 28th conducting technical diving, cavern diving and exploring new areas for yet another underwater village. This expedition will be combined with a TDI Extended Range and TDI Cavern Course.

In addition, Big Blue Tech will be on the new liveaboard vessel from October 27th to 29th installing a new continuous flow nitrox system.

During this time email and news might not be as forthcoming as expected. We apologize for any interuption in service.


Wannabe a tec deep diver ?

Thursday, March 19th, 2009

wreck-thailand-deep-koh-tao-unicorn-181-300x225 Wannabe a tec deep diver ?

Is PADI’s venture into teaching “technical” diving a piece of window-dressing to grow its market further, or a serious attempt to come to terms with the demand for deeper, safer deco-stop diving? In his continued quest to earn every diving qualification available, Chris Boardman heads for the Red Sea to find out

Like slow-motion sky-divers, our four-man team descended past the recreational scuba crowd enjoying the reef. Another minute and the Chimney came into view, a distinctive crack in the seabed that drops to more than 100m and signifies the start of a wonderful dive.

As we continued our descent, we passed through the first of a series of arches formed by ancient corals bridging the narrow gap. It was beautifully quiet and the shafts of light coming down through the shallows created an almost religious effect. Ten days of hard work were made worthwhile in an instant.
How many of you, while diving with a single cylinder, have dipped below the “recreational limit” or let your computer slip into decompression mode? Me too. As I have become rather fond of living, still want to explore the depths and am on a mission to avoid real work, I decided to check out PADI’s venture into technical diving in Thailand.

Thailand has a history of technical training, but until now has taught primarily TDI courses. Now it offers the relatively new PADI/DSAT Tec Deep Diver course as well. I wanted to look principally at PADI’s offering,

Day 1
A classroom theory session was followed by equipment set-up. DSAT (Diving Science and Technology, PADI’s technical arm) encourages a standardised approach to equipment configuration. So it recommends use of a simple webbing harness, metal back-plate and wing-style BC. That’s my preferred system anyway, even for single-cylinder diving.

Day 2
If I was expecting a gentle introduction to tec diving, I was out of luck. The skills circuit I did on each of three dives stretched my mental limits. It started from when I stood up wearing half a ton of equipment and jumped off the dive-boat. Over the next few days, it never ceased to amaze me when I actually bobbed back up to the surface.
The challenging exercises included gas shut-down procedures, towing an unresponsive diver at depth and buoyancy control skills, such as removing and replacing deco cylinders midwater with no mask.
My favourite portion of each dive was the “free time for practice” section. I was introduced to exercises that are crucial to the development of a technical diver, such as unannounced mask removals and simulated free-flows (finger appearing on a regulator purge button). This was to be a recurring theme over the next two weeks. At one point, I was hovering at 6m without a mask and deploying my SMB when the stage cylinder from which I was breathing free-flowed. Using a “spare” hand, I shut the cylinder down and switched to the other, leaner mix. Surprisingly, this subsequently free-flowed too.
The idea was to see how I prioritised tasks under stress, as it was physically impossible to keep doing everything. It was… intense.

Day 3
Much of technical diving is in the planning. After breakfast i was guided through a planning session using a variety of tables and DSAT’s excellent data-carrying slate. The emphasis of the day’s two dives, to 25 and 20m, was to implement the schedules we had created.
Dive one went smoothly, with only two “free-flows” and one “lost” mask. Once I had stowed the SMB, we dropped straight back down to a 5m sandy patch for another supplementary skill; kit removal and replacement, a little trickier with tec kit, but OK if you take your time.
During dive two I had to deploy the SMB from the first simulated deco stop at 15m, and in the same 1min stop make a gas switch. This was further complicated when we found ourselves under a dive boat, at which point my instructor simulated switching to the wrong decompression mix for the depth.
I had become so distracted by trying to get the SMB ready and getting out from under the boat, it was about six seconds before I noticed. Bad move. This was another lesson in prioritisation. Supervising a team-mate’s gas switch should have been number one, and the SMB could have waited. I was task-overloaded, refused to accept it and, as a result, a team-member could have died.
That evening I sat the first of two exams, consisting of 100 questions. I was then given the basic information with which to plan the next day’s dive. It had been a 15-hour day - I finished at 11pm.

Day 4
The focus was again on strict implementation of schedules. Deco-stop depths had to be controlled to within 40 centimetres.
This was a simulated deco dive, so the stops were short and task-loading was at a level normally reserved for training purposes only.
No real decompression dive would ever be planned this way. First, however, we had 15 minutes of bottom time, skills to practise and, as usual, most of them were without a mask.
Even with such tight time-windows, I somehow managed to keep to the schedule. That made me happy but I have to admit to feeling pretty stressed after the dive.
I wasn’t looking forward to the next one, either. There were fewer skills to do but there would be another intense ascent with multiple gas-switches, reel-deployment and a simulated primary- wing failure thrown in at 9m for good measure to make this another hard day on the edge.

Day 5
fully-fledged decompression dive to 40m was followed by another simulated to 25m. My instructor had decided to let up on the surprises for now. He told me he was happy with my abilities under stress and that we would focus on precise execution of the dive plan.
The first dive went smoothly. We didn’t deviate more than 20 seconds from the plan and depth was controlled to within 30cm throughout. This was the first dive on which I felt I hadn’t relied on an element of luck.
The second dive to 30m was considerably shorter, designed to practise ascent procedures. No problems, and I ended the day with a growing sense of self-confidence.
I was learning to implement the mass of small tips and techniques I had acquired over the preceding days, such as preparing gas-switches before arriving at the stop depth and launching the SMB at the end of a stop in case it pulled me above my planned ceiling.

Day 6
We were approaching the course limit of 50m. All the dives would now be decompression, and there would be only one each day. Today’s, at Ras Mohammed National Park, was an accelerated-deco dive using nitrox 40 and 60.
At the bottom I noticed the presence of narcosis for the first time. However, by now I was able to perform two shut-down drills and a five-minute surface air consumption (SAC) rate check, while monitoring depth, time and cylinder pressure accurately.
A technique I employed for the first time was a controlled buoyant ascent, inflating a wing to start off and then dumping air as normal, allowing the equipment to do as much of the work as possible.
Though taboo in normal recreational diving, this is often desirable in technical diving. From a state of neutral buoyancy a diver might otherwise have to swim a lot of gear a considerable distance up before enough air expanded in the wing to create the required lift, and during any extra time spent at depth, nitrogen is of course still being absorbed.
This technique is possible because of the smaller pressure changes encountered in deep water. It illustrated for me why specialist training is so important when venturing just those few metres deeper than normal recreational depths. Try this kind of dive without being in control, and you could end up in hospital or worse.

Day 7
Today’s dive was to the full 50m. No new skills were being introduced now, just practice. Far more confident in my new abilities now, even the possibility of Leigh springing surprises was no longer a cause for nerves, as I knew I could deal with them. I was starting to enjoy myself, and became aware for the first time on the course that there were actually fish down there.
By now I was doing all the planning and “leading” the dives under careful supervision.
I took care of the tracking of oxygen exposure and gas-planning manually, though the dive profiles were calculated using the popular V-Planner software.

Day 8
The most relaxed day yet, and even at 50m the narcosis effect was minimal. I performed two complete shut-down drills and one SAC check before signalling the team one minute to ascent and preparing the nitrox 40 cylinder for arrival at 30m.

Day 9
As we cruised along, my instructor tapped me on the shoulder and indicated that I should look below.
I gazed into the depths of the canyon before looking back up at him. He was holding up a slate on which was written: “Bottom 100 metres. Trimix course starts next week, mate!” Suggestive selling at it’s best, I thought.
The most daunting task of all still awaited, the “snorkel test”, complete with blacked-out mask, which generally takes place in the pub next to the school. The rest I’ll let you discover for yourself.

Conclusion
PADI/DSAT Tec Deep Diver was a far more comprehensive course than I had anticipated. It isn’t for everyone and shouldn’t be seen as a logical progression in diver training. It’s more like trying a different sport, because the commitment, effort and money involved are significant.
The manual has that comfortable and effective PADI style, but so far as contents go, this is where PADI ends and DSAT starts. When reading my Open Water manual and discussing how to help a buddy in difficulty, I don’t recall leaving him to die as being an option. However, in the DSAT manual the phrase “better thee than me” indicates that in certain circumstances this is the guiding principle.
It doesn’t pull any punches. Indeed, the first chapter is spent trying to persuade the reader not to do the course! It gets progressively more demanding, too, taking a good 12 hours of study to absorb. Sad bloke that I am, I actually did a word count of my knowledge review answers and it came out at about 6500! So don’t be tempted to leave mastery of the manual until the last minute or you might find yourself in a classroom instead of a reef.
After about five days of the course the candidate becomes an Apprentice Tec Deep Diver, certified to dive to 40m using nitrox mixes up to 60 per cent O2 with full technical equipment and methodologies. Some people will welcome this potential break-point in the course, enabling them to split the training into manageable chunks, because at a recommended 10 days, only PADI’s pro courses can rival this one for length.
Acronym overload aside, I have a few criticisms of the manual and the course itself. A lot of learning time is spent on tracking long-term exposure to high ppO2s. I agree that tec divers need to know this stuff, but on this course they are unlikely to achieve the kind of run-times that would make this an issue. Perhaps a little less emphasis on calculating OTUs and a little more on human physiology would be better?
Second, as tec diving requires total self-sufficiency, it seems crazy that a redundant/back up mask is “recommended” and not mandatory. If you lose a mask, how do you make a controlled ascent and/or deco-stops?
Third, at no point is the student required to remove equipment under water. This seems strange, as it’s a skill thought valuable enough to teach as far back as your first Open Water course.
I was required to do all these things  and far more.  Supplementary exercises were designed to help the candidate deal with stress and stay focused when the only sensory input was feel - ideal for UK diving. They sound draconian, but gas was always available to anyone unable to complete a task.
At this level you should interview your instructor. Evidence of passing an exam is not sufficient; you need to see proof of experience and a good mentality, for some will surely slip through the net. A good instructor will welcome interrogation, as you will be displaying exactly the kind of attitude you need for such an undertaking.
This was a tremendously satisfying and challenging course. PADI’s move to embrace the less-than-simple world of deco-diving is commendable. Such is the diving fraternity’s faith in this mammoth organisation, it will undoubtedly boost the number of sub-30m divers out there.
DSAT has done PADI proud, and this was a view echoed by all the technical instructors I consulted from other agencies. It is not the de facto technical course, but with a few tweaks might well become so. We should expect to see amendments made and supplementary courses such as trimix bolted on soon.


Technical Diving in Thailand - At Night

Monday, March 2nd, 2009

night-dive-1-300x196 Technical Diving in Thailand - At Night

Technical diving requires focus, training, skills and the ability to multi task. Any technical diver will tell you however, those qualities can be effected greatly by environment. Tonight such qualities are being tested with our Sunset and Night Dive at Chumphon Pinnacle. 2 members of our crew went a long including Oskar and Hannah along with nitrox divers, dive masters and scuba instructors.

This was a rare opportunity for the community to see one of the most loved dive sites on koh tao from a new and unique perspective.

Hopefully oskar doesn’t get to frightened by the 2m sharks at 40 meters that hang around at night, hopefully the 4 cylinders he’s wearing will keep them at bay.

In other news, Yvonne Fries, a member of our tech crew will be conducting shark diver specialty programs for individuals interested in their preservation. Yvonne has a full course of eager future shark divers but will hopefully be offering this unique course every few weeks.

Today is also the start of another round of eager and fearful potential instructors starting their 2 week course to become PADI Open Water Instructors, or as wel like to refer to as joinin the dark side of professional divers. As usual we have some friends on the course which is being taught by several prestigous schools around Koh Tao.

And as a final note, if you’ve been seeing divers without bubbles on your dive site here on Koh Tao, it’s not apnea or breath holding, but members of the Big Blue Tech team logging hours on a rebreather. In terms of rebreather diving we prefer to log hours rather than dives as a true representation of experience. However rebreather diving in thailand can be difficult as depth can sometimes be elusive. But for training and experience it’s perfect.


Wreck Diving in Thailand

Tuesday, January 27th, 2009

A few days ago Big Blue Tech was hosted by the MV Trident for a chartered day of diving on one of our local wrecks, the Unicorn Wreck.

Big Blue Tech attended with 15 divemaster interns, divemasters and instructors for an full day of deep wreck diving.

The day exposed many divers to new depths and challenges giving them well deserved diving experiences many of us take for granted. The day included breakfast and lunch, 2 dives and all the cold beer you can buy on the way home.

As special thanks to Peter, Stewart and Jamie for accommodating us on the Trident and Thank You for all the divers who attended.


Discover Technical Diving Thailand

Wednesday, January 14th, 2009

Today, amidst bad weather being strong wind and waves keeping us from our beloved dive sites, Big Blue Tech conducted some discover technical dives for keen and future technical divers.

Big Blue Tech took James Waller and Darran Jones out for a long shallow dive exposing them to the equipment and skills associated with technical diving.

We’re all waiting for the unseasonably cold and choppy weather to leave koh tao so we can get some depth. So for now, this will have to do.


Capt. Stanley’s unlicensed, DIY shark dives

Wednesday, November 5th, 2008

No insurance? No problem! A U.S. entrepreneur takes tourists down deep and he just found a dead horse.

The entrepreneur made the discovery while cruising in his submarine, the Idabel, 1,700 feet beneath the waters off Roatan, Honduras. At that depth, amid jagged black boulders and hills of sediment, you can see some amazing creatures: lobsters with spindly arms as long as their bodies, silver-skinned fish the size of a cavalry saber, orange anglerfish with jaws locked in a perpetual grin.

But to see the really big beasts, you need some really big bait. So eight hours earlier, Stanley had bought a tired old horse from a nearby stable, led it onto a boat, shot it in the head, tied cinder blocks to its hooves, and dumped it in the ocean.

The sea this morning was rough, and an unexpected lurch tossed the carcass overboard before Stanley had reached his intended spot. In these murky depths, finding lost objects - even one as large as a horse - can be tough. But there it is, the body stiff but intact, and a foot-long, clawless crustacean called an isopod crawling up its flank.

Then the main attraction glides slowly, sinuously into view: Hexanchus griseus, a deep-dwelling, six-gilled shark rarely seen by human beings. At 14 feet, it is slightly longer than Stanley’s vessel. Watching it through an acrylic dome window, on which the water is pressing with the weight of a locomotive, I find it hard to decide which I should be more concerned about: the dead horse, the giant shark, or the fact that Stanley built this submarine himself.

Taking your customers this far down in an uninsured, homemade vessel may not seem like the smartest idea for a small business. But that is exactly what Stanley, 34, has been doing in Honduras for the past decade, taking advantage of a light regulatory environment to go deeper than any other tourist sub in the world. Despite the disapproval of U.S. operators, a string of accidents, and a business model that barely keeps his head above water, Stanley remains stubbornly optimistic. One of his favorite T-shirts reads: DON’T WORRY, I DO THIS ALL THE TIME.

Stanley can trace his obsession back to the age of 9, when he read a children’s book about a team of preteen detectives who build a submarine to help solve an underwater mystery. He started sketching plans for a craft of his own, and by 15 he had started construction in his parents’ backyard in Ridgewood, N.J. Stanley took the project with him to college in Florida, where he studied English literature (he has no formal training in engineering). The craft, dubbed C-BUG, took its maiden voyage the week he graduated.

A lot of would-be Captain Nemos start putting together subs in their backyards. Few ever get them in the water. The number who then turn them into a profitable business is minuscule. But Stanley persevered. Once he had proved the C-BUG could withstand dives of 70 feet, he trailered it to Fort Lauderdale and dove progressively deeper and deeper. He got tows out to the ocean from local yachtsmen by offering them rides in the sub.

In 1998, having gone down nearly 700 feet, Stanley felt ready to turn his sub into a business. What kind of business? He had no idea. So he signed up as an exhibitor at a local scuba-diving convention and sat alongside the C-BUG with a sign explaining that he was looking for ideas on how to use it. One of the first attendees to bite was the owner of a resort on the sleepy island of Roatan, 30 miles north of mainland Honduras, who thought that the prospect of a sub ride might draw new customers to his hotel.

Stanley flew down and was instantly smitten with the location. “You’ve got the protection of the reef in case you need to ride out a storm, yet you can motor ten minutes offshore and be in deep water,” he says. The C-BUG’s next dive was on Roatan, and this time Stanley had a paying passenger. At the age of 24, he had entered the ranks of professional submariners.

It has hardly been a risk-free enterprise. On one dive a window cracked 600 feet down, spraying seawater on a passenger. “That scared the crap out of me,” he admits. (He has broken three more windows since.) At other times the C-BUG has gotten stuck in a cave, been tangled in lobster traps, and suffered small onboard fires.
“I’ve never thought that I wasn’t coming up,” he says.

‘Your only insurance is that I am going with you’


Given the level of danger, you might think it would be difficult for Stanley to get liability insurance. You’d be right. To operate commercially in most countries, submarines require certification from an organization such as Lloyd’s of London or the American Bureau of Shipping. But obtaining such certification would cost Stanley over $100,000, more than four times what he spent to build the sub in the first place. Honduras, however, is a country with relatively few safety regulations. Most car drivers don’t have insurance, let alone submarine operators.

Still, Stanley’s seat-of-the-pants approach puts him at odds with most of the submarine industry.

“A lot of people are concerned about Karl,” says Will Kohnen, president of sub maker SEAmagine Hydrospace and an advocate for submarine safety standards. “If he were surveyed by any of the classification groups, he probably would not be permitted to operate.”

Stanley’s response: “I agree my sub would not meet certification. But I am 100% honest with people when I tell them, ‘Your only insurance is that I am going with you.’ ”

Many who admire Stanley’s entrepreneurial pluck are turned off by his cavalier attitude toward risk. “The guy’s amazing - he’s really cool,” says Richard Boggs, technical superintendent at yacht brokerage firm Camper & Nicholsons International. “What disturbs me is that he’s taking down people who don’t fully understand the risk. That’s just wrong, morally and ethically. It’s illegal everywhere but the Third World, and for very good reason.”

In the course of nearly 1,000 dives, Stanley has managed to amass an enthusiastic clientele. At the end of one ride, a customer was so wowed that he told Stanley that he owned a machine-tool plant in the rural town of Idabel, Okla., and that Stanley could use it free if he ever wanted to build another submarine. Stanley took him up on his offer and spent a year and a half there building a new sub that could carry three people instead of two. It cost him less than $200,000. In gratitude, he dubbed his new vessel Idabel.

Even when carrying one extra paying passenger, Stanley is hardly making a killing. He charges $1,500 per person for a shark dive, which can take more than five hours - not including the time it takes to prep the sub or haul a horse ahead as bait. Stanley conducts about 100 dives a year and posts annual revenues of slightly more than $100,000. He has only a single part-time employee.

To keep himself afloat, Stanley says, “I’ve had to exploit numerous niches.” One is collecting a rare type of mollusk called a slit shell, or Pleurotomariidae, which lives below 300 feet. Stanley figured out how to rig a net on the end of a pole and snag the creatures, earning him up to $3,000 each. “Without them,” he says, “I wouldn’t have been able to stay in business.” Pleurotomariidae are not on any conservationist’s list of endangered species - yet.

What does seem to be endangered, however, is Stanley’s penchant for operating without paperwork. Late last year, he says, a disagreement over dock access escalated to a full-scale fight with Roatan’s government when it was discovered that Stanley had no residency permit or business license. Roatan mayor Dale Jackson asked Stanley to stop working until his papers were in order. Stanley ignored him.

“Karl is a genius,” says Jackson, “but I think he’s hurt himself with this attitude.” Stanley has since hired a team of lawyers and acquired a residency permit. At presstime he was still seeking a business license.

Meanwhile, Stanley remains sunny as he steers Idabel through the abyss. At 1,000 feet down, we’re mobbed by four-inch-long squid that garland us with blobs of glow-in-the-dark ink. At 1,500 feet, a two-foot tinsel fish tries to shoo us away by waggling its head. Stanley narrates each passing wonder with such excitement that you might think it was the first time he had seen each creature, rather than the thousandth.

Whatever the complications of his life topside, down here in the watery darkness Stanley belongs to that rarest of species: a grown man living the life he dreamed of as a boy.


Wreck Hunters: A look into the world of salvaging

Saturday, November 1st, 2008

Editor’s Note: Wreck diving and salvaging has become a politically sensitive and controversial area of diving. Who owns the wreck? Who gets to keep the contents? What about the thriving state of piracy? We set out to find the answers to these questions and talked with a seasoned wreck diver and salvager. His name has been witheld to protect his identity.

BBT: How did you get involved in wreck diving?

I personally got involved in diving because I wanted to explore shipwrecks and recover items from them. A secondary reason was that I enjoyed fresh fish and lobster. It still tastes good, although my ecologically friendly spear-fishing techniques of only catching what I want to eat instead of trawling the entire ocean and through the dead stuff that I shouldn’t have caught back overboard are deemed as carnage akin to the slaughter of African Elephant or Rhino.

Somewhere along in the last 40 years my ideals became ‘non-politically correct’.

BBT: If a ship is sunk in international waters, who can claim it?

If something lays on the bottom of the sea in international waters, it’s outside anyone’s jurisdiction. Time and time again, this appears to mean that whoever has the biggest guns at the time (real guns of course), they get to recover and keep whatever’s recovered (or steal it from the wreck divers who’ve just recovered it.) Strange, though, how the big guns don’t appear until: 1) the wreck has been located at often immense expense in time and resources to the salvager, and 2) most of the items have been recovered. (Editor’s Note: Legally, whoever discovers the sunken ship first that lies in international waters is considered to have the rights to salvage the ship. ) If the items are big enough, valuable enough, or just plain politically sensitive, then whole governments get involved in the acquisition of freshly recovered items. Governments are rarely interested in people salvaging worthless rubbish from the ocean floor, and only become involved if it’s worth something, apart from in bloody Australia where just entering a sensitive wreck will see you enjoying a free stay “in the pokey.” Yes, piracy is alive and well.

BBT: Steve Lloyd found the wreck of the S.S. Aleutian at 220 feet off Alaska’s Kodiak island. He is planning to charge clients $4,000 for seven days to dive to the wreck and salvage the Aleutian’s artifacts. (http://www.divealeutian.com/). This has archaeologists worried. Do you think any Joe Schmoe should be allowed to pay money and mine artifacts of sunken ships? Do these treasures belong to the public or the government?

Steve should have kept very quiet about the wreck, and with a hand picked crew of divers, he should have salted away the artifacts into his garage for preparation and release to public auction. Then at a public function, the government can decide if it values the “treasure” sufficiently to pay Steve what he rightfully deserves for finding the booty.

BBT: Do governments intervene if it’s a valuable ship? Any examples?

Check out Mike Hatcher’s “Middle of the Gulf” wreck story concerning the Thai government’s intervention into his salvage of a shipwreck in international waters close to Thailand.

BBT: What about non-governement ships? Do salvager’s have to worry about piracy?

Salvager’s always have to worry about piracy. I class piracy as having something I’ve found taken from me by anyone without giving me it’s full market worth at auction. This includes, of course, government, the coast guard, Navy, and other salvagers arriving on site to join the feeding frenzy

BBT: How can you find out if anyone else has already found the ship and laid claims to it?

The “receiver of wreck” keeps meticulous records on who the current owner of a shipwreck is. Sometimes shipwrecks can be purchased for ridiculously small amounts of cash, such as US$1.00. This is often the case for a wreck laying in a dangerous position, which is a risk to shipping. The new owner ends up purchasing the wreck’s liability to other shipping from the insurance company.

BBT: What about military shipwrecks? Who is permitted to salvage those?

A tricky question, and one suddenly loaded with modern-day politics. Somehow, all of a sudden, shipwrecks that have been rotting on the ocean floor and subject to commercial salvage for 50 years and previously of total unconcern to the survivors’ relatives and governments are now hot potatoes. Fast acting and ever concerned about grieving relatives, the governments act to make them a “war grave.” Plainly, this should have been done immediately. It does not take this long to discover that a soldier died on the ship. Let’s make it clear here - it’s not the making a vessel into a war grave and the banning of salvage that angers me. It is that the governments waited so long to do so.

BBT: So what does the modern shipwreck recovery operation need outside western seaways nowadays?

1. Absolute secrecy enforced.

2. The vessel must assume they will may be boarded by quasi official government bodies who want to get hold of any loot recovered. How word of this got out must be determined.

3. Archaeologist from many governments are just as big a bunch of thieves (if not a bigger bunch of thieves) as the wreck item recovery team. Many recent ‘official’ recovery operations reveal as much as 75% of the recovered items ‘disappear into private collections’ once the items leave the vessel and go into storage. Just who knows exactly what was recovered. and where is EVERY item now.

4. The recovery vessel in international waters must be prepared to defend itself with adequate lethal force. As a bare minimum M16’s with 40mm RPG’s, Limpet mines to attach to ‘visitors vessel’, Over-shoulder-boulder-throwers ( Stinger anti-aircraft missiles) for irritating helicopters, plus wire guided anti-tank weapons for Patrol vessels.

The image “http://www.beyondmag.co.uk/wreck/menorca1.jpg” cannot be displayed, because it contains errors.

The image “http://www.beyondmag.co.uk/wreck/menorca2.jpg” cannot be displayed, because it contains errors.


Wreck Unicorn identified as Hishidaiya Maru

Sunday, June 29th, 2008

Yesterday the Big Blue Tech crew joined the Mv Trident on the local wreck the Unicorn. This was a chance for recreational divers to explore the wreck and get an insight into technical diving.

During the day many different types of diving were conducted from recreational limits to technical training. Some tasks were completed from cleaning a memorial plaque outside the engine room to exploring the wheelhouse.

Our instructor James Thornton-Allan was able to enter the wheelhouse and because of the recent wreck cleanup being conducted a lot of items were shifted and revealed. Inside was found a box with medical supplies inventory with the name “Hishidaiya” repeated in several locations along with several different medical items.

After removing these items it was found they were bottles for IV use and other medical tools. One the second dive we found the box again and this time had a plate on the box itself that identified the wreck was from Osaka Japan and again the name Hishidaiya repeated.

We’ve always know this wreck was not called the unicorn but now it has an official name. You can see images from the items removed below.


 


Top of Page

Valid XHTML 1.0 Transitional Valid CSS!