Just Do It !

[Gotta figure something like this would be Canadian… littering and careless pollution are SO American!]


Bonus Round~~ 119201722561910960



Pillow Talk

Stuff: new 9.7oz down jacket [faux GhostWhisperer… seen/reviewed in post below…scroll down] and an old [very soft/ single side-seam/ round bottom] OT250* compression sack … use scissors… 40 seconds.
Yield: 12″x 5″dia/ 10.3oz downy-soft pillow… basically free.
[I]I left one strap long pending inspiration/determination of attachment for hammock.[/I]
It will stuff down further into the jacket’s own stuff sack…. just bigger than a soda can, and I’d carry the jacket anyway.


* Ozark Trail 250 [fill weight] down sleeping bag. Retailed at $89 at WallyWorld a few years ago. Mine was on “red-tag” since someone had pulled the cardboard info sleeve off… $59, I think. An incredible value. Anyone who was able to pick one up at that point, got an amazing deal. Wally hit it outta the park on this one! Super soft, down-proof fabric/ 700+ duck down/ very light/ stuffed down small/ claimed temp range was 32°… more like 40°. Perfect 3-season bag, and very easy to turn into a TQ for hammock camping. You can find my original review under “sleeping bags” in the nav sidebar…

Drip-breaks for Hammocks

Sometimes when it rains, it pours. We have all been out in our hammocks when the rain’s come down right wickud. When it rains that hard, it’s very easy for the water to migrate down your hammock suspension and eventually start soaking the ends of your rig.

Our man Shug, Master of mirth and merriment, juggler extraordinaire, and the go-to-guy for tips and videos on everything regarding hammocking, just suggests tying an old sock around your suspension. That works… not very elegant, and your socks stay wet, but it works.

I wanted something a little bit better, and something that would remain on my suspension full-time. I have been reasonably satisfied with a simple loop of mason’s twine dangling down from my continuous loops. So I took off from there.

I had some old water skiing and tubing towline. I gutted out two, 8″ sections of some half-inch line, singed the ends on the gas burner, stuck a chopstick through one end to make a hole, and pushed my continuous loop right through.


You can see the partz-is-partz on the right…

What I really like about this solution is that the drip line is back under the end of my tarp, beyond the rain. Now, I haven’t tested these out and in a real toad floater yet… I just put them on this morning. But my other solutions where I’ve had my drip lines actually on the continuous loops have always served me in good stead. I’m not sure I see the point in having drip lines attached any where further out on the suspension. The edge of my tarp is where the rain is going to stop landing.


BONUS: Hint #2~~ The yellow stuff is a slightly larger diameter ski rope that I also gutted. The two yellow sections on the left of the photo have a section of the green line inserted inside end to end. All four segments are also flame sealed at the ends. This allows me to pass some thin Dyneema/ Zing-it type line through the entire length of the doubled sections.

Why? For the same reason we all use tree straps… To Be Responsible. If I am hanging off of trees with a thin bark like Birch or Beech, These cuffs give added protection from harm by the extremely thin line that might otherwise damage the cambium layer of the bark. If too many people use the same two trees and are careless about the way they hang, the trees can suffer.


“Tree Table” Prototype

I have seen several versions of this, both as owner built, and for sale items.


In short, the idea is to have a little “table” that gets strapped to a tree trunk and allows you to use your cat food can stove up off of the ground. This proof-of-concept is a little narrow at only 6 inches, but I’m figuring that in a final size of about 8″w x 10″l, in aluminum stock and with a 4′ pull-thru tensioning strap and buckle, it ought to be good to go.

I am also wondering if a version could be made using standard carabiners.  This doesn’t have to support significant weight.

More dollar store stuff taking the place of expensive materials…

Something Absurdly Simple


I freely admit to being a “scrounger”. I salvage, save, “preserve”, conserve etc. any number of things that otherwise would just go in the trash bin. Sometimes it works out unexpectedly.

The piece in the photo above is the rubber finger-grip off of an old gel-pen that got tossed out. I pull the grippies off figuring they might come in handy to put on the handle of some small tool or other, at some point in future time. I found this one hanging out in a bowl when I was doing a bit of cleanup just now.

A couple of weeks ago, I found some old brass, 45 cal. pistol casings and had played around with them, blowing across the top to see what kind of freebie peep-whistle they might make for emergency kits. Imagine my surprise when I put my finger over one end of this little piece of rubberized tubing and it emitted a piercing shriek… F# below middle C.  It is as loud, and carrying as any emergency whistle I have ever seen.

Best of all, because it is of rubber, it will squish down flat and pack into a kit taking up much less room… and much more flexibly.

The bad news is: I pulled out several other grips I had saved and none of them produce any kind of clear note at all. Win some, lose some. I have no idea at all what kind of pen this might have come off of, but all the other grips are of a softer, more “silicone-gel”-like material. They are all too flimsy to produce a clear note. This one however is a champ. It’s going right into my kit.

Always look around, see what you might find. You never know what comes in handy for the most unusual application. That’s what your junk drawer is for…

Tarp Tent Fail


I found an old catenary cut tarp that I bought back in the 1970s, so, yesterday I took some time to try to rig it up… not once, but twice. Once using an old sectional tentpole to spring it, and once without.

It certainly doesn’t look like it in the pictures, but… Fail! Always check out your gear at home before you leave, Kiddies.


It went up OK both times, and was at least functional. However, it wasn’t designed for the gullwing/kite configuration I wanted to use. The tie-out points did not line up when the ridgeline was run corner to corner… It was planned for straight A-frame suspension; rectangular, front to back.  No matter what I did, there was always some droop and slackness that was going to flap badly in any kind of real wind.

Still, as I said, it was at least functional. Free, too… ne sait pas ?   The real problem showed up when it got dark and the dew came down. It soaked right through like it was a cotton sheet. Drips beading up on every interior fold, and dripping down. So now I’m left with the conundrum of whether to waste a can of spray Scotchgard on it. I suspect that all I would get was water resistance not waterproofing. I hate getting wet… Any Thoughts?

It looks like they just didn’t make stuff 40 years ago like they made stuff 41 years ago… Nothing lasts,  you just can’t count on stuff anymore.

Onward etc.

Smallwood-fired Tin-can Gasifier Stove


A few days ago I took 30 minutes and finally threw together my own version of the wood gasifier tin can stove. In the photo above you can clearly see the gas igniting from the ring of holes around the top of the interior can. This is a top burning stove, meaning that you load small pieces of wood to entirely fill the interior can and then build your initial fire on top which then burns downward. Since it is the gases that are released from the wood that actually burn, they are drawn downward through the stove and then back up the void between the two cans to re-ignite at the top of the stove. This gives a strong, hot flame right under your pot.

IMG_3124 IMG_3125 IMG_3127 IMG_3126


For this version I used three different cans. The largest was a coffee can with a “peel-off” top. This is a heavy duty aluminum foil seal that left a quarter inch rim around the top of the can that negated the need to cut open the top. Otherwise, you would need to empty the can somehow and then cut out a circular hole the diameter of the next smallest can. You can do this by drawing a circle the diameter of the interior can and then very carefully cutting out the metal with a pair of tin snips or a jigsaw. This can obviously be a pain in the ass. A down and dirty version would be with an old-fashioned “church-key” beer can opener that punches out the triangular shaped holes, making a complete circle of adjoining holes and leaving a 1/4″ edge. The interior can was from a Progresso soup, and the smallest can was of the cat food variety.

Once the top is cut out on the largest can, you make a row of equally spaced 1/2″ holes around the bottom. These are your air intake. I used tin snips to join two holes to provide a clean-out for the wood ash. The soup can has as many 1/4″ holes punched in the bottom portion as you can fit without violating its integrity. It’s top was simply removed with the rotary can opener. You then make a row of equally spaced 1/4″ holes around the top of the can 1/2″ down from the top. I used 10 holes on the larger can, and 24 around the top of the soup can.

The cat food can, which is used as a set off to raise your cooking pot, is the most difficult to deal with. The bottom of these cans are rounded over, and preserving that round-over is necessary for it to sit stably in the top of the Progresso can. This means more careful work with the tinsnips. You want to be able to cut cleanly right around the outermost groove in the bottom. It then has a row of eight half-inch holes for venting.

I think I made a mistake with the cat food can on this version. The holes probably should be adjoining the top edge. I accidentally pierced them at the bottom. I am going to make a second version of the standoff and see if changing the holes makes any difference.  In matter of fact, the number of holes used in each of the components seems to be open to debate. When I make the next model I will probably use a smaller number of holes to provide burners in the top of the soup can [at least]. I may also try making a larger version using a big tomato juice can and a tall baked-bean can.

Once the holes have been drilled, you simply start to wedge the smaller can inside the hole in the top of the coffee can with a slight rocking motion, so that you do not tear the metal rim. When it has started down, you can turn the whole rig over and just push down on the bottom of the coffee can to seat the soup can inside. If you have been careful, it will fit together so snugly that it can no longer be taken back out…. That’s why these photos don’t show the components separately.

Because my Olicamp cook-cup is nearly the same size as the set-off can, I used a 92mm fan grill from the back of an old computer case as a grate. Larger pots or fry pans will sit quite stably on just the set off.

Once the fire was established, I was able to bring eight or 10 ounces of water to a full bubble for coffee in just less than four minutes. Total burn time before I needed to add more wood was around 10 to 12 minutes. Now… there is no way to regulate the heat on this type stove. Cooking and simmering thicker foods will require constant monitoring, and stirring, to prevent them from burning. While it is not shown in the photographs, I found that it works wonderfully with the little aluminum flashing windscreen that I showed in an earlier post.

However, where this stove really proves itself a winner is in cooking or toasting things on a stick. I love to take along a little baggie of frozen, marinating meat that thaws out while I hike and cook it piece by piece over an open flame. This unit is perfect for that type of cooking. Think marshmallows!  Think “Lil’Smokie” wieners, think steak tips, or chicken chunks… hot, sizzling and with that certain kind of char that you can only get over open flames. No huge fire pit to maintain, and you can start your cooking within five minutes. Once you’re done cooking, you can maintain a nice, small fire to hang around by just adding thumb-sized stick-wood in through the top. You end up with all the enjoyment of an open fire in the tiniest of footprints. Left to burn out, the stove will have only fine, white, wood ash remaining to dispose of.  Truly “Leave No Trace”.