Building a Hunting Bow From Carbon Fiber Cloth!

For the seam I'll use only the selvage edge of the melamine which is 70 cm longer Two Croatian sides nothing particularly special I'll also use the pack as a makeshift barrier since the apoxia won't reach it We also need a few more brackets and that’s it I'll first tighten the two sides leaving a 5 cm gap between them I will also be spacing it 5 cm from the first one I wasn't worried about sealing these pages with a fiery cover We'll always do it Our first material for this flare will be this simple carbon fiber You can buy all of this at Easy Composites These are very high quality so I'll leave my link in the description You can shop at places like AliExpress Amazon or eBay I'll cut this down to 5 cm in width Our material is ready For the center of the flame I'll use four sheets of carbon sound For the flame center I'll use four carbon sound plates This weighs 200 grams for the flame I really enjoy using the carbon microphone in the center and in the flame In the long run this will result in a tighter and more compressed outcome than carbon can achieve So this will be the heart of the flame We'll begin our simple carbon fiber project This is the first page the second page I'll use a 40 cm carbon shaft I'm always the heart of the flame Sad 20 cm carbon length Sad is always the heart of the flame Short 15 cm carbon shaft Sad is always the heart of the flame I'm 10 cm tall carbon-based I'm always in the heart of the flame Just one more branch left And in the end for the stain always e sound of the cornet I created And thus forever the flame burns in the center So that it is always always We can make an epoxy and start the lamination I'll always use laminating for this I'm using about 400 grams Always always It's always around minus 10 degrees Celsius That's probably why it seems pleasantly cold I'll always use a glove and plastic cover to prevent epoxy from spilling We can now begin the first layer You prefer not to use a foamed epoxy If you do use a foamed epoxy which will create a less effective laminate We can now work with carbon fiber Try to keep everything as cold as possible You feel the heat in the fibers This is the first of many carbon fiber strips This is 60 centimeters If you finish gardening you can always go to the part of the video where I said the whole thing This is always 40 centimeters We made it 60 en the entire carbon Now we'll do 40 and the entire carbon en 20 and the full carbon then 15 and the full carbon en 10 followed by 2 full carbons then always Illegal heat I love spicing up a beautiful epoxy perfectly They're always hot yet cold and then I'll use this plastic Hot-headed when it comes to unlawful matters Now we'll leave four behind stripe unidirectional hot for hot and once again we must leave the liking so terrible as it possibly could be Activate the compressor when the heater is turned on so that I end up feeling so cold when I leave him That's very tough we're done but I'll do one more thing that isn' Needed I'll always use this plastic soldering iron as a plastic soldering iron which will always keep the rubber hot and leave the plastic cool You can always leave this behind I'll always use this plastic hair straightener I have Made from some MDF it's 22 millimeters for the first one 20 centimeters then heated to 15 millimeters These are plastic hot they contain a lot of known hot material Always five millimeters in the heat and always 8.5 on plastic heat which is good because it may not require a separate heating element No plastic heater of any kind This heater will be a brief one In the style of a cold shoulder always 53 inches I think this cut is way too worn A well-insulated hot container will always remain very cold It's very stable In this way I've done just one thing Same kind of heat This one's gonna be a big brother to this cut I have solid plastic hot and carbon types For this heat I figured he might have around eighty full-time heat workers For this cut I think it'll be around 50 we'll see but we'll find out I'll use this third star for the tip and for the base this is The star of the European Council and this one is a real standout That will create an interesting combination We place the jar there Now we need to uncork our bottles For that I want to use this wonderful laser and we want this laser to be at the location of our star This is now very close to perfection We can launch our little bottles and set the starry sparks free I'll place a few stakes here to keep the star's position distinct We will now make a star Before making the star-shaped decorations practice with a few glass bottles using 40 or 60 Croatian glass bottles Stars love Croatian glassware but I only make marvelous star-shaped ones from twigs This is full of stars I'll shatter this entire glass where stars will be I'll now create a lot of carbon just like a star's core I'll have to navigate this transition between the glass and the thorn Use a few droplets of star-shaped glitter and epoxy I'll make a few star-shaped molds to compress these glass star shapes I'll use only a few stars to prepare this from the branches when the epoxy is being prepared Once the epoxy is prepared I'll make this a star You can also make this little glass from vetch but I'll show you how it looks I'll use this star-shaped glass for the star This glass has been kept in such good condition lately