Written by Michelle Gayton
Tinkering leads to better boats;
Wash. shop acquires designs
On the shop floor at Reynolds Marine in Anchorage, Alaska, is a 33' x 11' gillnetter with a pair of 300-hp Yanmar diesels matched up with 274 Hamilton water jets and two 32' x 10' 6" gillnetters, each with a single 455-hp Caterpillar C7 connected to an UltraJet 305HT.
Once these boat are finished, Reynolds Marine has nine more aluminum gillnetters to build. All are for Prince William Sound salmon fishermen. No wonder the boatshop's Charlie Reynolds says, "It never seems to slow down." Mind you, Reynolds isn't complaining.
The three boats under construction were to be delivered this summer to salmon fishermen in Cordova, Alaska. The gillnetter with twin diesels is for Scott McKenzie, and the two boats with the Cats are going to Kory Blake and Mark King.
Seven of the next nine boats will be powered with a single diesel, one with twin diesels and one with two gasoline engines.
Reynolds designs all the gillnetters he builds, but these are not cookie-cutter designs, where the boat you buy this year is a replica of one built last year. The hulls will be the same, but the interiors can be adjusted to owner's wishes, and Reynolds is always tinkering with his designs.
"There's nothing that's drastically different. I'm always changing little things to make the boats better," he says. Reynolds reels off some the recent changes. "This last year I changed the ceiling height to gain more room without changing the aesthetics. Improvements have been made to net reels and rollers. Electrical panels have been changed to upgrade to higher quality. I've gone almost exclusively to LED lights."
Regarding the hull, Reynolds works "to make things cleaner and lighter without losing strength. The last boat I did, I shaved 1,000 pounds off — 10 pounds at a time. It's just trying to design so the material you use is lighter, not necessarily the thickness but the shape or how it's fabricated up."
The goal of all this effort, especially regarding the hull, is "not so much on the top end, but better fuel economy and being able to pack more weight."
He figures the twin-Yanmar-powered gillnetter should top out at 40 to 42 knots and cruise at 26 to 30 knots, with each engine burning 15 to 17 gallons per hour at the cruise speed. The gillnetters with a single Cat C7 should have a maximum speed of 32 to 35 knots, and cruise at 26 knots while consuming 15 gallons per hour.
In Washington, Lee Shore Boats in Port Angeles is building a 24' x 8' 6" geoduck dive boat for Seattle Shellfish in Shelton, Wash. Perhaps more noteworthy, Lee Shore Boats has taken over the assets — equipment, designs, engineering — of Nicholas Diversified Industries, which had been in Langley, Wash.
NDI went out of business earlier this year. "We are building the product line," says Lee Shore Boats' Eric Schneider.
Lee Shore boats also got the NDI website and phone number. If you call the NDI number on the website, you will get Lee Shore Boats. So far, neither website makes note of the fact that the assets — though not the business — has changed hands.
NDI's product line consists of designs for commercial boats in the 20- to 65-foot range. To date, Lee Shore Boats has been limited to building boats up to 30 feet, but Schneider says, "I think we just struck a deal for a piece of property, so we will have in [September] a new 9,000-square-foot facility." That should be plenty of space to build the bigger NDI designs, though Schneider figures the next commercial fishing boat coming from Lee Shore Boats builds will be a 32-foot Bristol Bay gillnetter.
In the meantime, the 24-foot dive boat was scheduled to be delivered in August. She'll have a cabin with an open back, a 4-foot-wide door on the starboard side with a swim platform, and a 225-hp Evinrude E-Tec outboard.
— Michael Crowley
NMFS recently released a draft action plan for fish discard and release mortality science, creating a list of actions that they hope can better inform fisheries.
We know that fishermen have to deal with bycatch by discarding or releasing unwanted catch overboard, but there is a data gap regarding how those fish survive.Read more...
A new study has identified a set of features common to all ocean ecosystems that provide a visual diagnosis of the health of the underwater environment coastal communities rely on.
Together, the features detail cumulative effects of threats -- such as overfishing, pollution, and invasive species, allowing responders to act faster to increase ocean resiliency and sustainability.Read more...