WIND TURBINE BLADE DIY how to video Part 6 HAWT Windmill



This is Part 6

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23 Responses to “WIND TURBINE BLADE DIY how to video Part 6 HAWT Windmill”

  1. CaberFeidh says:

    A car with an 8′ fan, that is a concept.

    One sometimes wonders what inspires people to post somethings so completely without thought.

    Great work GreenPower. Enjoyed it allot. Had my doubts back at beginning of part 1. A man after my own heart, avoids handtools at all cost!

  2. sjh7132 says:

    You guys have shown some interesting and creative approaches to making wind devices. (used air conditioning fans, homemade vawt, etc) I was wondering if you could tell us how well they work. How much power in what speed wind do you see?

  3. bowakowa says:

    Hey Dan, I watch all the time, and I admire your attitude. I gotta tell ya buddy, I think you need a table router. They’re not too much, and you’d get some easier and safer results for relief cutting.

  4. GREENPOWERSCIENCE says:

    It makes it stronger. If you skip this step use 1/4″ steel bolts. Screws have a poor shear strength. Glue too.

  5. boatbuilder1 says:

    This is only for cosmetic value right? it should not make any differerence in the way it functions.

  6. sc6chuck9 says:

    yes but those of us who do have the tools to do this stuff with thank him for the ideas and direction that we sometime lack.

  7. GREENPOWERSCIENCE says:

    :-) Thank You.

  8. tonyb24242424 says:

    i dont no were u get ur ideas but it is increadible

  9. xlioilx says:

    Thats crazy, I’m sure you could find one out of an old car of something in a junk yard for a few bucks.. Anyhow not everyone has power tools to build a wind factory. just a suggestion

  10. GREENPOWERSCIENCE says:

    They are too small and cost about $300 for a 5′ fan blade. These are very strong and will hold up to 50+MPH if mounted correctly.

  11. xlioilx says:

    why dont you just buy a cheep industrial fan blade off the internet.
    This looks very flimsy and too thin to catch any wind

  12. hexagononsaturn says:

    Thanks for your hard work and spreading inspiration~

  13. bogdy72000 says:

    quite nice

  14. enyceckk101 says:

    The weather over there looks so nice

  15. blueghist says:

    I was wondering why you didn’t do that the last video, much better.
    A Dado blade helps a lot but most people don’t have one.

    Great video series, Thanks for the great Ideas so much. :)

  16. sockpuppetsfromhell says:

    Go go gorilla snot (gorilla glue).

  17. livehazelgreentraffi says:

    Great Video!!
    A couple of recommendations that might help
    You can use a quick clamp to hold the board to the guide to keep your hands free and clear from the blade when cutting.
    If you mark the cuts so that they are 1 inch apart it would be easy to cut out the debris with a sharp 1 inch chisel or a good quality hack saw might do the trick as well.

  18. ThisIsMySockAccount says:

    At 9:05 you should have put an annotation saying “You are here!” (X marks the spot)

  19. anasynpunk says:

    Would anyone recommend checking for balance after these cuts or would the difference be too small to justify?

  20. grimnavyseal says:

    great job!!! looks amazing, how well did it do when you put the whole set together?

  21. raphamar80 says:

    great work !
    Im planing to use solar and wind energie to power my farm, and help my neighbours in brasil !!
    Live forever Apes !!
    Great job !!

  22. CaberFeidh says:

    Electricity produced is a direct product of the energy input, specifically the amount of force on the blades. A shorter foil will have to have a greater cord to produce the same energy. A high aspect airfoil is more directionally stable than a low aspect foil. An unstable turbine would have a tendency to react to any little change in airflow.High aspect=more low speed lift. Low aspect foils create higher turbulence (read drag). there is a reason aircraft props don’t look like boat props.

  23. xlioilx says:

    well you wouldn’t need 8 feet for a wind turbine in the first place. the commercial ones for homes are about the size of a standard barn side fan blade

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