Build your own Cedar Stripper Page 5

Repaired 11/17/07

                            

First two photos show what -- second two show how.  Before I completed building the hull, I was
concerned that the bow and stern needed plenty of strength to hold the canoe well on my canoe rack
while traveling at speeds of 70 MPH.  After much pondering, I decided to go for the max.  Knowing
I intended to add a hole through the bow and stern for painters, I cut and taper fitted a solid block of
Popular  6" long and epoxied it tight against the stems and hull, the top being 1" below the decks. 
(That's why the flotation blocks in flotation photo have a notch in the narrow end) 

 Before I drilled the holes,  I searched the Net, and local marine suppliers for small brass marine port covers.
 Ordered some from a supplier on the Net but they were way too small.  NONE to be had anywhere
of what I wanted. Fortunately, after giving up searching for several days, I went back to the oldest
 marine supplier in our area (65 years in business) looking for a suitable alternate. Luckily, one of the
older gentlemen who had been with the company for over 30 years was on duty. I told him what I was
 looking for and he also said they didn't have anything like that. I asked for anything that would work
as an alternate. "No. . . can't think of a thing" he said. Then, as I was about to leave, he said, "wait, would
 this work?" And pulled out a dusty drawer from under his counter . . . . WALLA --  They were perfect.
 I had been asking for marine hardware and they are not marine. . . what I needed was what he had.  They
are 3/4" solid brass eyes for heavy duty tarps. Being that they are heavy solid brass, they polished up
great.  I took a file and added a lot rough groves to the inside for epoxy purchase, and drilled my holes
.002 over the size of the tube part, requiring they be almost driven in. After beveling the edges and saturating
both the eye and the hole well with epoxy (with lots of Cab-o-sil) I used a heavy rubber mallet and tapered
wooden spike to force them tight to the hull. With the setup above, obviously, you can only work one at a time.
 I allowed each one to setup (epoxy harden)  for a full 24 hours before removing the weighted retainer.
You probably improve on this, but I have no doubts it is far strong enough to hold the canoe extremely
well even under extreme loading. Probably good for more than a 400% safety factor.

     FINALLY - Out of the shop on April 26th of 2005
Began on January 10th of 04 -  1 Year - 4 months - 16 days.  However, I have several excuses, (Grin)
no woodworking experience what-so-ever, a disabled wife, (I run all the errands)  4 very large  dogs,
house and yard chores,  and 3 major hurricanes in Florida, guess I won't complain. (I ran
out of excuses) -- Big Grin!  If you have any woodworking experience at all you probably could do it in
 half that time and better than I. 

    Stern view - Bottom

    Inside

      My faithful paddling and camping companion, 10 year old Rusty, checks out his new private
                          deck. He's itching to go to the river almost as much as I am.

                                                            Tools
                                                      May be boring reading but hopefully you'll find something useful here.
                                                      Remember, I do not represent myself as being an expert on woodworking.
Left row, all three of these you will use a lot. Right row are common shop items that you
will also use a lot.
Bottom Left - is the best type of spoke shaver you can use. It has dual adjustments to vary blade cut.
Center Left - A small  7" easily adjustable wood plane.
Top Left - A small 3.5" wood plane. I bought it as a collectors item for my old tool plane collection.  Never
thought I would ever actually use it. On this project, I discovered how handy it was. Used it quite a bit.
Keep those blades razor sharp!

     These I found to be Most useful.  The orbital sander is a must. Cuts sanding time in half . . . and the
3/4" "Hook-it" rubber adapter is also a MUST. Though I purchased a B&Decker,  and it did the job, I found it to 
not live up to their dust collecting claims. I had tons of dust all over everything in the shop. Next time, I would get the
Porta-Cable model. The common coping saw I used more than any of the other tools. (fine tooth) I found it far better and
faster than a hack saw, for working with cedar. When working on the inside, the large wood chisel was handy at times
popping off the hard glue heads where other tools would not go but the tool I discovered to make short work of getting
 rid of the hardened glue drips and also occasionally scraping the strips to even them up, is the small tool at the center of
the coping saw. Info on this tool below. When doing close cutting of the strips for a tight fit, the Japanese type hobby shop
 fine tooth saw is extremely useful. It allows you to get very fine and accurate cuts in tight areas. The sanding blocks
complement this saw (especially the long one) by allowing you to remove a thousandth  or so of material not possible to saw.
(Yes, I know!  Any dummy should know that . .  . grin)  I'm just trying to cover everything for those who may not. Grin again.

   
  Sanding blocks of various shapes and sizes and different grits paper are helpful. Shown from the top (You KNOW what sandpaper looks like) Though I made more, with different grits, these just give you some ideas.  The round blue one at the top came is handy working on the inside.  It is a piece of kid's "tubie" water toy, the 5' long toys kids play with around the pool. I made two of these and used old (but good) broken belt sander strips cut to length and wrapped around the tubie, cemented well with contact cement and held on with strong nylon strapping tape for a couple days. Contact cement held fine when the tape was removed. For contoured surfaces it worked extremely well. First one to the left, only needed for the bow painter hole. 
 It is a 1/2" round sanding spindle for a Craftsman orbiting sander. I discovered it fit perfectly over a small foam paintbrush handle.
The one next to it I made only 3/4" wide with course grit for places places needing a lot of material removed fast.
 Others are common items.

     For making certain the bottom is true and fair,
I found this to be necessary.  It's a long sanding board 2 3/4" wide and 28 1/2" long. (Use whatever works best for you) It
eliminates the slight highs and lows,  you might get from the stations, glass and epoxy.  The sanding strips can be purchased in
most grits from places who supply body shops. They come in this width and 17 1/2" lengths. I used only 100 grit. Michael at
Newfound Boats, uses a very flexible board for this but I was never able to find anything that would work well enough for this.
 When using this type tool, be very careful and make certain you do NOT sand into the glass. THAT comes from all the experts I
discussed this with.

               The oddball tool
It turned out to be the MOST useful tool of all, in cleaning up the inside of the canoe. After working my fanny off
trying all sorts of different tools, I hit on this idea, made one, and it saved my day. It is a weirdo. But worked better than
anything else. I took a 14" flat Nicholson file which had seen better days, and broke off a large section. Ground down the
sides, and sharpened one edge. Needing some sort of handle, I decided on two 2" - "C" clamps. I lucked out.  The "C" clamps
angle when the ends were touching the wood also, (Note the masking tape) created the perfect angle to make superb healthy
scrapes easily removing either glue or wood as easy as if it were a plane. Also note the ends of the sharp edge are slightly
rounded to prevent gouging.

                                                                           
Last item - Safety
                            I'm certain 90% of the readers already know this
                                        but for that other 10%, remember this.
        1.  When working with more epoxy than a spoon full, you should
              always wear an approved protective eye goggles and breathing apparatus.
              Especially so when working with any amount of Cab-o-sil which can be
              damaging to both your eyes and your lungs.  It is so fine it floats in the air
              like super fine talcum. You do NOT want to breath this stuff.
         2.  Working with any epoxy, or any type chemicals, always wear latex gloves.
         3.   Always make sure you have good ventilation when working with the
               above or any type chemicals.

 

                       I hope this has been of some help, you picked up a useful idea or two,
                                                               and didn't get too bored.
                        I'm well aware that I get carried away at times and am too verbose.

                         Sorry about that!


                    "Go 'Gators"

                                                                                                                                        Bill Logan
                                                         Ancient Webmaster

                                                                                                                                   

  Should you care to see the photo documentary of the one week maiden voyage
                                        on the beautiful Suwannee River,
                                                     Double click this link