- More on Anchorage Near Bakers Haulover Inlet (north of Miami, near Statute Mile 1080)
I’m not familiar with the anchorage Captain Randy outlines below. Can anyone else shed some more light on this overnight haven? If so, please click the “Contribute Cruising News” link found near the top center of this, and most Net pages. Just before you get to Miami you will find a nice anchorage on the [...]
- Brief Closure Scheduled for Cunningham Bridge, Trent River, New Bern NC. Mar. 5, 2012
The Alfred Cunningham Bridge connects New Bern and James City crossing the intersection of the Trent and Neuse Rivers. The bridge normally opens on demand, responding on Channel 13. Trent River- Alfred C. Cunningham (lift) Bridge — Closed to vessels from 0800 to 0830 on 5 MAR to accommodate the “Cyclist Goin Coastal” charity bike [...]
- ARGUS Confirmation of Earlier SSECN Navigation Alert – AICW Shoaling South of Fernandina Beach, Near Marker #18 (St. M. 717.5)
ARGUS is an exciting project associated with the Survice Company and our good friends at EarthNC (Earth Nautical Charts), which automatically records and pieces together soundings taken by various research vessels, and then automatically puts this data into color coded tracks. We will have lots more to say about ARGUS in the near future, but [...]
- Reduction of Vertical Clearance at Bonner Bridge, Oregon Inlet, Pamlico Sound, Outer Banks, NC
Recent Local Notices to Mariners and our own on-site observations have reported severe shoaling in Oregon Inlet passage. This passage is NOT recommended for ANY mariner without very specific, up to date, local knowledge, and, even then, only for those piloting shallow draft vessels of less than 4 ft. We have had a Navigational Alert [...]
- Changes to the Broadcasts of NOAA Weather Forecasts
This Local Notice to Mariners explains the changes to the NOAA radio broadcasts zones and is too lengthy to post here. For details on the 24 new zones, please follow the link below. CHANGES TO THE BROADCAST OF WEATHER FORECASTS FOR THE OFFSHORE SW NORTH ATLANTIC, CARIBBEAN AND GULF OF MEXICO EFFECTIVE APRIL 03, 2012 [...]
- Apalachicola Shrimp Boats
Apalachicola Shrimp Boats Glen Moore DeFever 40 “Last Dance” St. Andrews Bay, December 2011 Panasonic Lumix DMC-ZS8
- The Importance Of Choice: A Motorsailer Offers The Best Of Both Worlds
There’s a major difference in passagemaking between motor and sail: it’s all about options. Namely, when you can go or when you would be better off waiting for a calmer patch of weather and waves before venturing out of a nice, comfortable anchorage to travel to another.
I have no prejudice against motoryachts. They’re very comfortable and can be configured inside as much as a land-based home can be, and given appropriate weather, they can be taken offshore between ports or other anchorages as fast as an owner’s wallet and the boat’s fuel tanks and rate of consumption will allow. In doing so, they will generally sit flat in the water with minimal rolling (given adequate bilge keels or gyro-driven stabilizers), so the amount of packing up and strapping down of decorations and personal kit is quite limited.
A motorsailer like the Mandarin 52, which is the focus of this story, has the advantage of being capable of tackling a far wider range of weather and sea conditions without damage or even discomfort, and so it offers more options for moving from one place to another. The disadvantage, of course, is heeling angle. Please note: that’s heeling angle, not roll. Sailing boats don’t roll a lot; they reach an angle of heel and stay there. How much heel depends on how much wind and how much sail, and the latter depends on how hard the owner wants to push the boat to get somewhere.
There’s some packing up necessary, of course, and it is more than what’s involved in getting a motoryacht ready for sea—but not much, and possibly no greater amount, as long as the boat has been configured properly in the first place. Huge double beds, as seen in a good many motoryachts, become unusable in a fairly small seaway anyway, unless they’ve been fitted with the lee cloths or leeboards commonly found on sailboats. Galley kit such as stoves need to be gimbaled for use in a seaway, and refrigerators and freezers need fiddles on shelves or access from the top to prevent everything from falling out when the door is opened.
TIME TO GO FARTHER
These are very minor compromises compared to the advantage of so much more time becoming available for the passagemaking itself, and hence for the opportunities of traveling farther and seeing more and farther-flung places.
It’s for these reasons that the Mandarin 52 stands out. Yes, it’s a sailboat, but it’s a motorsailer, meaning that it can keep up a reasonable speed even when the wind is light or has vanished altogether. Given a reasonable breeze, it’s nimble when under sail alone. It’s also very comfortable.
To prove the point about distance and time options, let me describe a passage made by the Mandarin 52, Witchway, which in 2007 was motor-sailed from Ensenada in Mexico’s Baja California (about 90 minutes’ drive south of San Diego) to MacKay in Australia, just south of Queensland’s Airlie Beach—a total of almost 7,000 nautical miles covered in five stages, taking the best part of 43 days at sea.
First, some details about the boat: Witchway was built in 1999 in Zhuhai, China, by Seahorse Marine for airline pilot Chris Hancock. Chris, being both a pilot and a fair dinkum Australian, looked after the boat meticulously until selling it in 2007. He added items such as solar panels and a wind-powered generator, an extra air conditioner, a dehumidifier, a watermaker, a fuel-polishing system, and a scuba-related air-compressor, plus a barbecue, a HF radio, and a weather fax. The total—the list of add-ons is far longer than the sample I’ve mentioned— was about 10 percent added to the basic boat’s cost of U.S.$499,000.
The hull has a waterline length of 46 feet 2 inches, giving a hull speed of a fraction over 9 knots. The boat is fiberglass, with extra layers and extra resin in appropriate areas for sealing and for load-bearing. The bottom has four fore-and-aft stringers instead of the usual two, permitting a honeycomb-lined structure for superior strength. The engine is a Cummins 220hp six-cylinder turbocharged diesel with soft mounts to separate it from the hull and to cut vibration. The feathering prop (one of the extras) has four blades. Fuel tanks are fiberglass with thick sides and baffles; two side tanks each hold 250 gallons (about 945 liters), and there’s a 100-gallon (375 liters) operations tank in the keel, for a total of 600 gallons, or about 2,200 liters.
CONSTANT COMFORT
Electronics are well thought out, with lots of indirect lighting to cut down the “workshop” effect found in many cruising boats, and the wiring runs are contained in conduits that are easily accessible and are above the waterline, except for wiring to bilge pumps. The system is designed to have the refrigerator, freezer, galley, lights, and entertainment center available all the time, sailing or moored—the builder says this is the difference between living aboard and just riding aboard.
The cabin layout has a couple of options for forward accommodation: a V-berth cabin forward plus a double bunk side cabin to starboard, or a large forward stateroom with a regular double bed. Either way, there’s also a massive aft cabin with a double bed. There are two electric heads. The saloon has 7 feet of headroom over most of its full-beam, a 15-by-10-foot fore-and-aft area with an open layout that emphasizes its spaciousness. The dinette to port can easily seat six, with its seat able to be used as a single berth, while the saloon settee can become another double berth.
The galley is 10 feet long and has a twin sink, a gimbaled electric stove with an oven, and a large fridge and freezer all as standard. There’s space for a dishwasher or an optional trash compactor. There’s loads of storage space throughout the boat, with a walk-in storage locker forward, bins under the saloon, and spaces under the furniture.
BELT AND SUSPENDERS
Unusual for a cruising sailboat these days, the Mandarin 52 has a pilothouse, with a raised U-shaped dinette on the port side that can become a boxed-in sea berth. To starboard is the helm, with seating for two. Instrumentation is a matter of choice and wallet, though the basic fit has a navigation compass and many electronic alarms for all systems, as well as a VHF radio, autopilots, radar, GPS, chart plotter, and so on.
The pilothouse is a guardian in disguise. Yes, it has a large chart table and storage for charts, plus a space for a fridge or ice maker, and it can serve as a great area for socializing. But it is also fully scuppered in case a powerful sea breaks through the big windows—the forward panels are sloping and are 0.4 of an inch (10 millimeters) safety glass anyway—and the side windows have wooden storm boards available. The companionway to the saloon also has a hatch and storm board just as if there was no pilothouse roof, so the effect is a “belt-and-suspenders” approach to keep the water out.
The rig is 62 feet high off the waterline, 56 feet measured from the deck. Sail area is 1,200 square feet, counting only the main and a working (i.e., small) jib. There’s no boom, but a spreader bar between the double backstays, so there’s no need to duck and weave to avoid head injuries, or worse, when tacking or jibing. The main furls into the mast, and the winches are electric. Witchway has added a spinnaker—well, it’s a cruising chute actually, which attaches to the bow instead of a guy or brace—so running it is simplicity itself. It has a sock to make getting it down equally simple.
Other points to note on the tech side: the keel is full length and the boat’s draft is only 5 feet 6 inches, so the vessel is one of the few bluewater yachts shallow enough to be taken through most of the European and U.S. canal systems. Displacement is 44,000 pounds, which includes 7,000 pounds of ballast. Freshwater tanks can hold 400 gallons. The two heads have holding tanks. There’s a workshop next to the engine room. Bow thrusters make docking and undocking very simple. Everything has been set up for ease of operation and comfort, BUT, and it’s a big BUT, combined with safety.
FUEL FOR FLEXIBILITY
And so to sea. In case of heavy weather requiring a run at speed, the crew decided to take four extra flexible fuel bladders, each with 52.8 gallons (200 liters). They were lashed to the deck and decanted into the tanks every few days, siphoning via a plastic valve and a hose for about 15 minutes each time—no spillage.
Because Witchway’s journey took place in late June and the Pacific hurricane season was approaching, the first leg was chosen almost due west from Ensenada to Hilo in Hawaii, instead of southwest to Tahiti. This took almost 14 days at sea, over a total of 2,202 nautical miles. Average speed was 6.55 knots over the leg, with the boat being motor-sailed to maintain the target daily distance of 160 nautical miles. Refueling and reprovisioning in Hilo took two days.
Leg two was Hilo to Apia in Western Samoa, again about 14 days at sea covering 2,279 nautical miles at an average of 6.78 knots. Three days later, Leg three took the boat from Apia to Suva in Fiji, covering 666 nautical miles in four days at sea at an average of 6.93 knots. After two days in port, Leg four took less than five days at sea from Suva to Noumea in New Caledonia, 801 nautical miles at an average of 160 miles a day. Two more days in port and Leg five began from Noumea to MacKay, Australia, 983 nautical miles in about six days, achieving 164 miles a day.
Some interesting points about performance: the trip took a total of almost 1,850 gallons (7,000 liters) of fuel to cover 6,931 nautical miles, or about .26 gallons (1 liter) per mile. Motor sailing was aimed at covering 160 miles a day, with the engine running at 1200 rpm to maintain this. Only on a few occasions was it necessary to speed up to escape weather, when the boat was pushed up to 8 knots and a bit more. Fuel consumption seems to reach an “economical cruise” optimum of about 7 knots at 1500 rpm (see table). This was below the turbocharger speed, so about once a day the engine would be run at sufficient speed to use the turbocharger, and thus burn away any carbon deposits resulting from incomplete combustion. Not much of a chore. Also on performance: everything worked for the entire trip. And when sailing, the boat would point to about 50 degrees off the apparent wind and hold a good speed.
So the world is available at a reasonable speed and a high degree of comfort, with a wide range of options available in terms of weather and seaway windows. Instead of running up and down coastlines, there are ocean passages that can be made, opening up a vast range of interesting times. Spoiled for choice, really. But that’s the virtue of the Mandarin 52 motorsailer.
TABLE
This is not a boatyard or engine manufacturer’s table; Witchway’s current owner supplied it after test runs conducted at the request of the author. The conditions under which the runs were made were:
1. No sails up
2. Weight: fairly light—fuel tanks 100-percent full, water tanks 50 percent, negligible stores
3. Winds variable SE 6 to 10 knots
4. Sea state 1
5. Prop: Fixed four-blade Michigan Wheel 28-inch diameter, 20-inch pitch (2-inch prop shaft)
6. Engine: Cummins Model 6BT5.9M rated at 220bhp at 2500 rpmThe boat was steered on a constant course of 279 T and the engine was run up to working temperature (82 degrees C). Then the engine was set at an initial 1000 rpm increasing by 100 rpm every four minutes.
TABULATION
RPM Fuel Flow
U.S. gal/hr
Exhaust
temp deg C
Eng Room
temp deg F
GPS Speed
Knots
1000
.8 100 100 4.7 1100
1.0 125 102 5.3 1220
1.25 150 105 5.8 1280
1.3 190 108 5.9 1400
1.75 200 111 6.6 1500
1.85 220 113 7.0 1600
2.20 240 114 7.3 1700
2.5 250 115 7.4 1800
3.0 280 116 8.1 1900
3.3 300 117 8.4 2000
4.0 310 118 8.6 2100
4.75 340 119 9.0 2200
5.25 350 119 9.2 2300
6.10 350 120 9.4 There are some anomalies at various rpm that the owner put down to errors in the rev counter; some changes are insignificant compared to others. Two people recorded the readings, so there was no error in taking the readings.
CONCLUSION
1. Prop was matched well to this hull and engine, as no engine straining nor exhaust smoke nor excess exhaust temps were recorded. Slight prop “sing” noted, which is fairly normal at some harmonic revs—in this case between 1400 and 1700 rpm.
2. Clearly the most economical fuel consumption is between 1400 and 1600 rpm for about 7 knots, which would increase with sails up. This fairly well confirms Witchway’s consumption across the Pacific.3. Increasing speed to 9 knots at about 2100 rpm doubles fuel consumption.
4. Increasing speed to 10 knots at about 2500 rpm triples fuel consumption.
5. Cummins’ quoted power output is at 2500 rpm. The rev counter showed a max of 2600 before reaching stops; hence the earlier comment that the rev counter may not have been precisely accurate. - Canal After Hours: A Nighttime Trip Through The Panama Canal Offers A Unique Perspective
Our canal crossing from Panama City to Colon began at dusk on a windless equatorial evening. A light drizzle increased the suffocation of an already humid climate. Only minutes before, we were in the midst of one of the many rain squalls that had been keeping us company upon first arriving in Panama. We had been there only two days and had already received our clearance to cross due to our agreement with the canal authority to travel through the canal at night. Some vessels might find themselves being pushed farther down the crossing list if they are intent on traveling only during the day, as daytime lends a better view of the crossing.
I was part of the crew, and later captain, of a 64-foot Northern Marine raised pilothouse trawler on a delivery from Anacortes to Ft. Lauderdale. I joined the boat in San Diego with our first stop being Cabo San Lucas to fix several problems and to refuel. Without the replacement parts needed for a quick fix, the crew eventually flew home before continuing the delivery more than a month later.
After waiting in vain for generator parts while the boat sat in Cabo, and later Puerto Vallarta—two expensive places to sit—the crew flew back to Mexico and made the decision to depart for Panama without our generator’s power takeoff “get-home” system intact. Fortunately we had a smooth passage with the Tehuantepec winds down to 0–5 knots, and only moderate Papagayo winds in Nicaragua and Costa Rica.
PANAMA PAST AND PRESENT
When we arrived in Panama we were greeted by all the ghost ships that were either lost in immigration battles, in disrepair, or half submerged. There were also numerous working vessels anchored and awaiting transit. These images truly put the scale of the world’s commercial shipping fleet into perspective for me and also showed the importance of the Panama Canal shortcut. After France had completed the Suez Canal in 1869, the French were full of gumption and set out to complete a canal through the Central and South American land bridge. Once part of Columbia, the land north of the canal became the Republic of Panama in 1903 after a rebel revolt with the backing of President Theodore Roosevelt and the U.S. Navy—a tricky move by Roosevelt to acquire the Panamanian public’s support, and in turn, control of the canal from the yellow fever and malaria-exhausted French. On August 15, 1914, only a couple of weeks after Austria-Hungary declared war on Serbia, SS Ancon made the first transit of the Panama Canal. The United States had control of the canal until the Torrijos-(Jimmy)Carter Treaty of 1977 came into effect on December 31, 1999 and Panama officially took control of their country’s entity.
My first canal crossing was in 2003 aboard a 32-foot Westsail sloop. I was a backpacker/surfer traveling through Panama City and looking to crew for a ride back to the United States. Unfortunately, the farthest I got was an invitation to line-handle to Colon. Although short, it was still a worthwhile trip. Returning now for a second time years later, I realized that my memories of that passage were weak. Memories of Panama City, on the other hand, were quite strong with many of the lasting impressions still fresh in my mind.
During that trip I befriended two Panamanian journalists working for the city’s main newspaper, La Prensa. They volunteered to be my personal guides throughout my month-long stay. This was a backstage pass, you might say, to some of the city’s underground history as well as current movements in politics, youth, and religion. One of the friends had bought her own apartment in the “occupation zone” that used to house our military families before the more than 80 years of U.S. occupation ended in 1999. I was amazed at how peaceful and quiet this area was compared to only a few miles away in the hustle and bustle of the city.
That first visit to Panama was only a few years after the Balboa Yacht Club had burned to the ground and the temporary watering hole where I would search for a job each day was merely a covered bar and seating area with most likely the same tanned drinkers that frequented the dilapidated, but more established Balboa Club before the fire. This club has welcomed tourists and locals for decades with many stories and memories that live beyond the fire. I visited the lookout on the Miraflores Locks in anticipation of my first canal crossing. The vantage point from the lookout is perfect for visitors to watch the canal locks and workers in action. I remember being impressed at the size of one of the vessels in the lock and how she loomed over a small sailboat that was tied up and floating helplessly in front of the steel beast ready to crush it with one throttle mishap. As I mentioned earlier, I was involved as a line-handler on my first crossing, but again my memories of that passage were not strong and therefore arriving for my second time, I was able to appreciate the rest of our crew’s anticipation and excitement of their first canal crossing.
A MEMORABLE CROSSING
The crew was disappointed when it was announced that our boat would be crossing at night. But in my experience, night often heightens the level of intimacy and focus felt when moving on the water. I imagined the locks and how the lights might glow in the mist, and what shacks or dwellings we might see dimly lit on the banks of Lago Gatun. On the other hand, everything that the light of day reveals would be lost in the shadow of darkness. The photos of lush jungle creeping into the lake, possible wildlife sightings, and primarily the freshness of day travel, would fall victim to the night. I tried to convince the group that it would still be exciting and there really wasn’t much to see when crossing the lake, but considering that my first memories were next to none, my encouragement was a bit false.
I began to feel my own excitement swell after the official announcement of our departure time at 1800. We hired one line-handler, a Panamanian “professional,” and a pilot, both of whom eventually slept for half of the trip. We anxiously awaited their arrival and once they were both on board we dropped our mooring and motored into a heavy rain squall. It passed quickly as they usually do, but it left us soaked to the bones while we were preparing the fenders. With a quick change of clothes we were back on deck and had the lights of the locks in our sight.
The first lock system was Miraflores, which has two separate chambers to climb. By the time we arrived it was dark and as we inched our way toward the lock entrance the calm water ahead was disrupted by the oars of a small rowboat with two men aboard delivering guide lines to the bow of Tropical Morn, the 500-foot ship we were to join in the locks. The oddity and importance of the two men maneuvering about in such a small motorless craft in the presence of a massive steel ship seemed like an exhibit at the local historical museum or a reenactment of times past. However odd, the reality is that both rower and oars will never experience engine failure, and most likely will steer more accurately to their destination with much less incident than if equipped with an outboard motor, and perhaps bad eyesight.
As we met the entrance to the lock I couldn’t help but notice a neon green and red arrow on our starboard side directing traffic into the correct lock. With the red and green bulbs in no particular order, the sign seemed to suggest a party ahead or possibly a dimly lit basement bar, smoke-filled and seedy. I imagined the crewmen of the Tropical Morn in front of us, still shaking off last night’s midnight marauding, lost in thought for a brief moment in the nightclub glow of the neon arrow.
The Tropical Morn secured its four working cables attached to the mules, which in modern times are merely motorized versions of their hairy predecessors. The motorized mules travel on a rail track to allow all movement to be calculated and precise. I do still love the idea that actual mules used to pull the ship ahead and I would have liked to see the tug of war that ensued between each side of the lock along their short mud track. As we entered in the wake of Tropical Morn, the shadows cast upon the wet cement walls suggested that this accurate and precise forward movement was not always the case. The impact scars upon this ancient face left behind deep crevices that even the orange glow of the canal lights could not penetrate. The mystery and omnipresence of the locks created butterflies in my stomach. I couldn’t help but notice the cool casualness of the canal workers, who possessed the attitude of “just another day on the job.” But with my acknowledgment of the immense power of this working monument, I kept my own casualness to a minimum. I could only imagine the doors failing, the cables from Tropical Morn snapping, and the millions of gallons of water that would be released with us in it!
With all lines secured the iron doors eased shut with a definite conclusion and a hint of permanence. This was my first maximum-security prison experience with nowhere to run. I looked at an escape ladder to my left in which Father Time had removed half of its rungs; the rest would go if I were to attempt retreat. The smell of this old workhorse reeked of history and permeated my senses. Rain continued to fall, and the humidity continued to rise.
I was handling fenders on the stern and stood on the swim platform a foot above a witch’s brew of floating plastic, mud, and debris. If I were to fall in I would surely disintegrate in seconds. Above me was nearly 40 feet of dripping, moss-covered cement wall. Suddenly with the blast of a horn, the water level began to rise. With the incoming flood of water, the beast decided that our shiny white yacht with polished glare was too much for a midnight passage. He bucked and rolled over in his sleep and we were caught in the giant’s wake. Our stern immediately swung hard to starboard, away from the wall, and when our line was stretched tight, too tight, we swung back hard. I stood ready for the impact with fender in hand. My fender flattened like a pancake and I half expected to be shot over the wall if the thing exploded. Eight arms reached out to the algae-covered walls to restrain the impact—an immediate reaction, but not the wisest one. What could human arms possibly achieve when pushing against such force except injury? Luckily, no one was hurt and the highly inflated fender paid for its highly inflated price. All three series of rises to Lago Gatun were a bit troublesome as well as exciting, but we made it through safely.
Upon entering Lago Gatun we followed our directional lights and only had to wake up the pilot a few times to confirm our accurate heading. My romantic ideas of little glowing huts along the shoreline, as if in some southern crocodile-infested bayou, were soon lost as the red and green lights and an occasional ship passing too close were all we had to see. At one point while crossing the lake I couldn’t find the line-handler anywhere and was convinced he had fallen overboard to join the statistics of men found floating with their zippers still down. At last he was discovered earning his keep under the comfort of our aft settee Sunbrella cover. I asked him if he needed any water, received a polite “no gracias,” then I covered him back up until waking him again at the Gatun Locks. Returning to sea level with a much calmer descent allowed us to take in the real beauty and marvel of the superstructure we had just passed.
THE OTHER SIDE
By the time we reached our pilot’s drop-off location, we were all ready for sleep. After a smooth people-transfer we headed to Shelter Bay Marina to find our “reserved” slip. Trying to locate this marina was a bit of a challenge as our paper and electronic charts were arguing with each other, and the mist of the night was heavy and limited our sight. We did safely find our way to the marina entrance after dodging an unlit hazard marker and overcoming a loss of steering. Finally, after 30 minutes in the marina looking for our reserved slip, we took over a T-head designated for a larger vessel. We all reserved just enough energy to indulge in a celebratory drink, and then hit our pillows. We awoke in the morning still filled with the previous evening’s excitement and the memory of our passage through that great working maritime monument.
POST-PANAMAX CANAL UPDATE
A ship can be as big as man can make it because the ocean will always float it. And with the accountants of the world crunching endless profit figures, the bigger the ship, the more cargo that can be transported. The only restrictions become docking facilities, depth of water, and of course, the ability to utilize the two main shortcuts on the globe. While waiting for our transit and zipping about town in various taxis, the topic of conversation continually went to the construction of the new Panama Canal. The canal is currently undergoing a serious makeover to accommodate crossings of post-Panamax ships.
Panamax ships have been titled as such since the opening of the canal and have been the biggest ships to be able to transit. Post-Panamax ships are up to 1,200 feet long and 160 feet wide and will soon be able to cross through the canal instead of traveling their original Cape Horn route. This shortcut will increase efficiency of shipping and reduce costs of transport for many companies worldwide. The new access will also shift many long-standing shipping routes. Asian traffic to the major West Coast U.S. ports with cargo directed for the Eastern Seaboard will decrease unless transcontinental rail shipping can prove cost effective. Many East and West Coast ports of the United States are beefing up infrastructure to accommodate and appeal to these new mega ships.
In 2006 Panamanian voters approved $5.25 billion dollars for the project, with scheduled completion on the 100-year anniversary of the canal in 2014. A majority of this estimate has already been granted to various multi-national contracting companies with construction under way since 2008. The new system will have two new sets of locks and each lock will have three chambers that will rise and fall from the Caribbean Sea and Pacific Ocean into the existing Gatun Lake. The chambers will increase in size by approximately 50 percent from their predecessors to be 1,400 feet long, 180 feet wide, and 60 feet deep. New technologies will allow for more efficient water use and easier repair capabilities, but the fact of the matter is that a lot of earth, water, and wildlife must first be displaced and the amount of water being transferred each day is colossal. Several environmental and anthropological agencies are involved in animal relocation and historical preservation, including the Smithsonian Tropical Research Institute and Panama-based ANCON.
Throughout this new construction and after its completion the original lock systems will continue to be used, leaving the new locks primarily for post-Panamax ships, which may improve the fluidity and punctuality of our yacht crossings. Any excess shipping pressure can be released into the new locks and allow more room for cruisers to cross in groups. Although we may see a spike in transit costs in order to help support this mega-project, there shouldn’t be many other obstacles in the way during and after construction besides the dredging operations of the existing navigation channels. We may also see an influx of cruise ships since many of the most recently built vessels are too big for the current Panama Canal.
With an undertaking of this magnitude figures and estimates of completion and cost will most likely go above and beyond their original numbers. As it stands completion is still confirmed by the Panama Canal Authority for 2014, and much of the construction can be seen by the general public (and should be) if visiting Panama.
Throughout our crossing we had relatively little traffic in our path. At times I would imagine these Post-Panamax giants coming through the lake channel and wonder how they could possibly squeeze by oncoming traffic. I hope the pilots are training and ready to step up their responsibilities and safety expectations with these new ships. Wherever my maritime career takes me, I look forward to many future crossings and further examination of the inner workings of the Panama Canal.
* Photos courtesy of Joe Franett.
- Photo of the Week!
To submit photos to the Salty Southeast Cruisers’ Net, please attach your image as a JPG file to an e-mail, and send to CruisingWriter@CruisersNet.net 2011 Weekly Winners Baby Dolphin Plays in the Wake A Happy Boat Jacksonville Blues Staniel Cay Sunset Christmas Eve Sunrise on St. Lucie River Belhaven Sunrise at the Docks Thanksgiving, 2011 [...]
Today’s Links – February 29, 2012
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