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But sub 48, even 36, self staves make evil little Indian bows, the shorter ones limited to 40lb with drawlengths just under half of bow length. Such dense fir can perform like mid-weight ash. Enjoy. Tested samples and bows took excessive set per mass. An ELB design makes the handle area do work, letting about 20% more wood store energy. Name Phone Email Address 1 Address 2 City State Country Zip Code beeg babe shows her soaked goodies. [font=&]                                Tropical, Sold as Brazilian Cherry. Perhaps the ‘bow index’ is best used for determining how good a wood … Sapwood takes more set in compression than heartwood. If a locust bow develops clusters of frets in one or a few small areas this is locusts way of telling us we haven’t tillered the bow well. There are a few things to consider when selecting raw wood for your bow: Find a piece of dry and dead (but not gray or cracking) hardwood (such as oak, lemon tree, hickory, yew, black locust, teak, ash, juniper, or madroño) about 1.8 meters (about 6 feet) [or as tall as you may be] in length. A hickory backing can be applied in Perry fashion, protecting the belly as well as the back. White oak is extremely strong in tension. [font=&]Diffuse-porous. A wonderful, overlooked bowwood. Compression strong wood, lends itself well to thinner bows. … Knowing this allow the use of inner splits of yew as selfbow staves. It’s less twisted when grown undercover and away from wind. Also, the one in the reference center is jumbled and is no longer kept up to date as Tim has left the community. This is an action packed late season bow hunt out in the beautiful east TX piney woods. [font=&]Look for heartwood boards or trees with a high percentage of dark wood in the rings. Two short staves can be spliced together at the grip. We put it in the Reference Center. Tested samples and bows took slightly more set per mass, but strength in tension allowed corrective reflexing. Twin D/R Takedown longbows, one mine, one for my brother. In Oregon, the Western Red Cedar, common in Oregon and Washington State is … [font=&]Ironwood. ? Fast-growing, thick-ringed conifers yield lighter, weaker, less elastic wood. If backed with light rawhide length or width can be reduced to that of a bow of typical .55 or slightly higher SG wood. A well tillered bow will either have no frets, or else small frets spread along almost the entire length of the limb. Its creamy wood polished as smooth as ivory. This wood takes little set before it blows, so will have good cast as long as it holds together. Bows can be all sapwood or all heartwood, or mixed, sapwood taking a bit more set in compression. Narrow branches make long, narrow bows. I have found that sassafrass performs better below 20 degrees, much better. Everything else being equal, Osage will make the narrowest bow of all common US woods. Somewhat brittle in tension. I'm preserving his text here, but the original post had to go in order to put Tim Baker back as the lead post. [font=&]Similar in looks, structure, and design to elm. A thin, properly applied rawhide backing makes cherry as safe as any unbacked wood. Untempered bamboo works well as belly wood if Perry reflexed. After securing the stave in the mold with duct tape, I left it to season for six months. Tom posted the following in the original thread lead post some time ago. Semi-ring-porous. When you are first learning bow-drill fire-making, you must make conditions and your bow drill set such that the chance of getting a coal is the greatest. Sassafras will become a fast, smooth bow if handled carefully. Bows Ive made of white oak took large sets without much excuse. If once past mid-limb you taper in a straight line to narrow nocks outer limbs will be light enough to pay for slightly wider mid limbs. She knows its hard to tiller a bow for best safety and speed, so she gave us the locust tree as teacher. [font=&]White oak is about as close to unbreakable as wood can be. Some have reported shorter madrone bows breaking even when lightly sinewed. Depending on the weight and wood, one of these bows could go for as little as $150 USD, or as much or more than $1,000 USD. There are surely scores of such unsung shrubs waiting to sling arrows as well as the known woods if just given a chance. Of possibly 100 boards observed, all were fairly thin ringed, but with even thinner earlywood. Whether you're looking to craft your next solid body guitar, need an urn for a loved one, or are a luthier looking for the best wood, we have you covered. I will keep the list as up to date as possible, adding in suggestions and comments and maybe if I feel mildly insane at some point links to finished bows. Dark red brown. I'd suggest. It is similar to hickory, but doesn't seem to suck up moisture as bad. [font=&]Sapwood is strong and elastic in tension but takes enormous set in compression. Zelkova reported to be great, I tried a paper mulberry, white wood, went too narrow and got light but might be good in wider form. Looks impressive with a white hickory or rawhide back. It behaves like extra low-density yew. Dr. Bert Grayson's elderberry in Oregon appears denser and more elastic than that tested here in the Bay Area, and made a decent bow. Myrtle Bow Veneer (SM02) Myrtle is an outstanding wood for Bowers to use as veneers on your next long bow. Appalachian Viburnum. [font=&]Somewhat brittle in tension. [font=&]Northern red, sessil, pin, bur SG=0.63. Elderberry is superior wood for drill and base when making handrill fires. "The Best Bow Drill Woods" Cedar. Oils to a rich near-black. Very attractive with an off-white sapwood back and dark belly. It is also prized by woodworkers for beauty and workability. Looking for a spot to hunt? ? When worked, wenge dusts up badly on its back, causing backs to pop off unless cleaned unusually well before gluing. Another one is syringa (or Lilac), which is a really dense wood. The wood never split, and now holds its recurve shape perfectly. Despite the long list of potential wood for an archery bow, Yew, Elm, Ash (probably the easiest to source), Rowan, Hawthorn, Laburnum, Box, Hornbeam (also makes a good heavy shaft). Rock and sugar maple are the same wood. Hazelwood need to be on the list, yes. This is based on just one wenge test, but comports with wenge bows I’ve made. While the first wooden archery bows were made from yew, numerous types of wood have been used through the years. xxx … Thats where I was hoping you guys could come in and give me a hand. Legacy Console Edition; TU1 CU1 1.0 Patch 1 1.0.1: Added bows. It can be tempered with heat and gain in compression strength and elasticity. Recurve bows can be made of several different woods, including hickory, yew, Osage orange and lemon wood. Low level yew, on average, grows faster than at high levels. Extras. [font=&]Very dense tropical wood. A bright wood, taking little set, and probably having less hysteresis/returning less sluggishly than any other common bowwood. 58" ONE PIECE FULL DRAW. [font=&]California holly. Use trunks as narrow as 1 in diameter. Somewhat weak in tension. Fly rod makers do this, and bowmakers in the past also. After felling, if you don’t intend making a bow immediately, leave the bark on and seal the ends with two or three coats of paint or glue, or a paraffin dip. Once dry, palm will serve for any design. If you want an Australian timber that will rival yew, osage, and consistently make narrow ELB designs, they are a bit harder to get, but are around.Some of … The off-white sapwood can be worked down to 25% or so of limb thickness, creating appealing contrast with the almost black belly. He points out that when felling staves it’s important to indicate which side more faced the sky, which side the ground. Has anyone else tried this wood, or this method?

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