Fitting deck beams to a 32 cutter that I was helping to build as project leader working for Dave Calvert in the Sea Lark Building.
Some statistics;
From 1977 to 1982 I had built for myself and others a total of 17 boats from 16 feet to 60 feet and I had logged 10,400 ocean sea miles under sail on my own boats.
Building a rowing dory in the evenings in what is now the main check out place in World Wide.
I love to sail, cruise, explore and fish. My passion was and is all kinds of boats from sail to power. At that time I knew of Flats Fishing but had no desire to own or build a skiff when I could have a great time sailing off to anchor and go fishing in my dinghy.
The only fishing guide I knew at that time was Tony Lay who kept his side console Hewse Bonefisher without a tower at Bayside Inn.
This all changed when Ray Dye introduced me to Hal Chittum. Hal had a project for me to do. He and Eddie Whiteman had purchased two Mako 18 foot flats boat hulls with bait boxes on the transoms and had tried to get a custom builder in Miami to build the interiors and finish them out. The boats had the 17 Mako sheer cut down to Flats boat height with flush decks and simple drain channels but had ¼ inch copper tubing for the drains. The boat amenities consisted of a forward hatch, main hatch bait well and a sump hatch. Cockpits were self bailing.
Eddie Whitman finished his skiff himself. The hull was solid glass and everything else was glassed over plywood with decks and hatches plywood cored. The finish was raw, the boat was a wreck and it weighed a “ton”. Hal was a busy guide so he gave me the project to finish. My quote to him was within an hour’s time of completion. Ray Dye rigged the boat.
Hals mako ready to paint the insides
This project got me talking with Hal about the guiding industry. Being a sailor, getting about on engineless sail boats and having designed and built some small rowing and sailing boats I told Hal in one of which has turned into one long discussion of what if, what about. I told Hal that in the sailing world where races are won by seconds that the state of the art is in building in foam core in construction with better quality materials. I said I could build the same skiff weighing ? less than his present skiff. He then could use a smaller engine, save on fuel, and would be easier to pole. It would float higher of course in shallow water but at that time it did not seem to be such a big deal. Hal asked if I would be interested in doing this.
“yes of course” what a challenge!
Two days later he came back with 3 clients for me to talk to; Charles Causey, Bert Sherb and Dick Negly.
Within the month Lawanda and I had quit our jobs, rented a commercial house next to Campbell’s Marina in Tavernier in Key Largo from Stu Marr and opened shop as BACK BAY BOATS. This was 1982, I was 25 and Hal was 31 years old.
My observations at the time of the skiffs that were about;
Shy Poke:
A grey coloured, deep vee skiff, heavy, no dry lockers but had a good ride. Billy Knowles had one.
Hewes Bonefisher:
Obviously it was a knock off of a lapstrake ski boat. The bottom had a built-in trim tab hook. The boats were built with solid glass hulls and the decks were cored with plywood.They had wooden carpet covered floors and wood glassed over stringers. No dry lockers and were heavy. Tony Lay had one.
Cuda Craft:
A very shallow soft vee at the stern with conventional chines. A simple glass interior. I was told they slid in a turn. A basic, plain skiff with classic looks.
Dolphin Skiff - Dave Exley:
This boat hull developed by Exley was at the time a crude open skiff built in Homestead. It was very heavy with a rough finish, had no dry storage and a deep draft. It was a good camp rough and ready skiff at that time. They ran great but were tippy.They made no noise,but nobody was thinking of that then.Except Steve Huff and Harry Spear.
Fiber Craft:
A long, lean but massively layed-up hull. This very heavy skiff had a rounded bow and a very narrow spray rail at mid point of topsides but not big enough to really work. I kept in mind some of these points to my future designs. Davie Wilson built his own Fiber Craft skiff.
Sidewinder Skiff - Bass Boat Type:
I made a custom deck for Carl Naverrae with a side console. Deep vee.Similar to a Shypoke
Willy Roberts
Willy and I became friends while I had my shop in Tavernier. It was my dream to have a shop equal to his. He was building fiberglass boats at this time molded from his plywood designs.I do not remember if he used foam core at this time or balsa core. At the time they were a classic.
Maverick - Lenny Berg:
The 18 ft was a big deep vee boat with a good conventional flats boat deck and interior. I was told it had a great ride, was wet, poled like a tank and made lots of noise. Hank Brown used to hang a piece of carpet over the bow to stop the noise.
Challenger:
These little skiffs were custom made from existing hulls that were originally little play boats. They had a very flat run that flowed into a rounded bow shape. It was originally designed to sit in and sport around in with a wheel forward.To make the boats work for fishing. The owner’s fitted spray rails low aft, near the water and high in the bow. The boats were heavy and tippy. I think of them like bass lures with metal cheeks wobbling along. They have a loyal following. I learned from this design and incorporated much of what I learned into my future designs. They had an offshoot of this called the WIND RIVER SKIFF.
Action Craft:
It had sloping outboard side decks and a very sharp angular look with a moderate vee bottom. To me it was very ugly.Action Craft started their company in 1983 with this boat using a foam in its deck core.
Mako 18 Experimental:
As explained earlier the 18 was a cut down 17 Mako on the sheer, with bait boxes added. The Mako construction had wood stringers, plywood or balsa cored, foam filled with chop and roving construction. This was a very heavy way to build yet standard practice at the time. The boat slid in a turn.
John Boats:
Well, there is nothing more classic and simple than this flat bottom skiff in wood or aluminum or glass. The boats would still rule if everybody was not in a such a great big fucking rush.
This is my opinion from my perspective at that time. There were a sprinkling of other one off boats as well. Billy Pate had a monster built from the Shypoke hull style. There were little cold mold
Read More..
hull in the engine room between station 9 @ 14. I am using the term station as this is how the prints describe frame locations, and these two locations are actually steel bulkheads. I framed the tanks using 1/4" plate. All the tanks have a baffle located @ 30" on center witch is also what the frame spacing is. The baffles have the corners clipped off of them and also have 2" holes in the center to let fuel flow freely between them. The baffles are welded on all four sides of the tank walls and by using the slug welding method I was able to weld the baffle to the tank top. All four tanks have a drain valve at the lowest point in the tank in case I ever have to empty the tanks completely.
e four tanks without providing a way to get back inside of them if I ever have to. I added an inspection port between each baffle for future maintenance. The inspection covers are made of 3/8 plate and are attached to the tank by a 3/8 stud that is welded to the inside of the tank wall. The inspection ports are 12" in diameter and are in the front wall of the tank. Because of the size of the tanks, putting the inspection ports on the top of the tanks made no sense as it would serve little use due to the depth of the tank. Getting the inspection covers to pass the air test proved to be the most difficult part of building these tanks. Using fuel rated gasket material I cut a gasket for each cover and punched holes for the studs. I then used a fuel rated gasket sealant applied to the gasket to improve the seal of the gasket. Because I did not want to stretch my mounting studs I used a torque wrench to tighten the nuts to the correct torque for a 3/8 bolt. My first air test showed each stud to leak! Next I tried using a heavy thread sealant on the studs. My next air test showed the studs to leak! The problem was the weld holding the stud to the tank was not air tight and my 7 psi air test was leaking past this weld and then past the mounting nut. My solution to making the covers air tight was to mill a counter sink in each tank cover to accept an "O" ring for each stud. I milled the counter sink in the covers to a precise depth so that the washer under the nut would compress the fuel rated "O" ring and provide a seal once the nuts were torqued down. My next air test proved all the studs passed the 7 psi test. I spent another day or so finding pinhole leaks in the tanks and making weld repairs. The final air test was to have the tanks hold 7 psi for 24 hours.
