How to Make a DIY Flow Hive Super

This Video is from the Youtube channel: “Hoocho”. 

Hoocho shows us how to make our own DIY Flow Hive Super.

To try everything Brilliant has to offer—free—for a full 30 days, visit . You’ll also get 20% off an annual premium subscription.

Links to exculsion area fix:

Affiliate Links to Autoframe (This site contains affiliate links for which I may be compensated):

Australian Amazon Link:

This video was sponsored by Brilliant

All 3D prints avaliable from my Patreon:

Hydroland US Amazon Store:

Hydroland Australia: www.hydroland.com.au

Check out Hoochos Second Channel:
All the Gear. No Idea…

Patreon:

Hoochos explores the worlds of Hydroponics, Aquaponics, Permaculture, Homesteading, Fermentation, Technology and DIY Builds to look at the world through a larger lens that can incorporate the best of everything into a rich and rewarding lifestyle.
Through self sufficiency we can reduce consumption and increase our hyperlocal household production.

————————————————————————

STL Files are Available on the Hoocho Patreon:

————————————————————————

Recommended 3D Printers:

Contributions to the Channel:

————————————————————————
Grow Light Discount Codes:
————————————————————————
Vipar Spectra Website-
10% discount for the XS1000: yt10Hoocho
5% discount for the XS1500/XS2000/XS4000: ytHoocho
Amazon US:
Amazon Canada:
XS1500 Purchase Link:
8% off Coupon Code: HOOCHO

SpiderFarmer Lights:

Apply code HOOCHO for 3% discount.

Mars Hydro Lights:

Apply code HOOCHO for 3% discount.

Groplanner Website – 6% off Promo code:HOOCHO618

US Amazon – 5% off Promo code:HOOCHO618

FLEX-STAR Website:
Discount Code: flex.hoocho10
————————————————————————
Merch:
————————————————————————
Teespring:

The Shirt I Wear:
————————————————————————
Social Media & Contact
————————————————————————
Patreon:
Facebook Group:
Reddit Community:
Facebook:
Instagram:
Business Enquiries: contacthoocho@gmail.com
————————————————————————

If you have personal queries about hydroponics or other matters please join me on the Hoocho’s facebook group and there are a lot of friendly helpful likeminded people that may have answers for you.

————————————————————————
Happy Hydroponicing!

 

Peter Grant
 

  • @redmagi5283 says:

    Just sent this to a bee keeper friend! Thank you!

  • @pinaz993 says:

    Flow decided this video shouldn’t exist? Well isn’t’ that interesting.

  • @UncannySense says:

    Just wondering if you could make more twists in the tension wires to take up the slack rather than print extra expansion plates?

    • @Hoocho says:

      I did try this, unfortunately there’s too much wire, if you had the appropriate swaging tool you could cut and re crimp. But I didn’t want to get too technical. 😂

    • @UncannySense says:

      @@Hoocho What if you tie a small knot at 1 end? I understand there could be to much slack after removing a section, I just saw some frames with more twists on the top bar and some with less…

    • @Hoocho says:

      @@UncannySenseI tried tieing a knot too actually, the problem is it’s really hard to get a consistent knot taughtness. There’s no real way to adjust the knot once tied. It’s kinda a guessing game. I gave up 😂
      I actually wish the frames were held together with bolts that ran the length. That would make much more sense. Then you could tighten and loosen.

    • @UncannySense says:

      @@Hoocho I agree that tension wire system seams like an after thought. I’m just trying to think of ways to fix the slack without a 3d printer. Getting some Stainless Steel threaded rod might be possible though an added expense. Cutting a re crimping appears like the obvious solution.

  • @Scrambles7 says:

    BIG DOG!!! Out here fighting against big bee, big flow. The bee keepers tampon.
    Glad you posted the video again.

  • @cannabiss9433 says:

    Friendship with Flow ended. DIY Auto frames is my new best friend.

    • @Budandbee says:

      Just wait till you get some candy honey in them. You’ll throw them out and go back to normal frames….. nice name BTW 😅

  • @archadsawadogo2505 says:

    Thanks for the video and the dedication.
    I’m wondering if the auto frame can be 3D print ?

    • @Hoocho says:

      Short answer yes.

      Long answer, probably shouldn’t.
      The amount of micro plastic that the printers leave behind as they print… I’m just not comfortable with it being in the honey.
      The plastics we use are food grade, but it’s still pays to be cautious.

      Injection moulding doesn’t have this problem as it is a solid piece.

      I’ll cover this in a full video, and I have plans around this subject.
      But in reality, mixing 3D printed plastic with the honey itself is a completely different beast to growing plants with these items as the plastic isn’t in contact with the final edible product.

      That being said. It’s great to design and print these things to understand their function and design. Whether they are practically useful or not.

    • @archadsawadogo2505 says:

      ⁠@@Hoocho
      I’m very thankful for you reply.
      God bless you.
      I’m very happy and excited about your journey

  • @sisyphusofmorons says:

    Glad you ran with the suggestion to modify an existing box or making your own.

  • @TotesCray says:

    Watching again for my own increasing interest in beekeeping, but also to feed the algo and to say %#^$&@ to Hive. Thanks for all you do, sir!

  • @StudioPersimmon says:

    Thanks for reuploading 😁

  • @risunokairu says:

    Looks like this video needs engagement to drive more eyes to it.

  • @WR4SSE says:

    Suggestion on your hinge design. Calc how many time a year average hive is inspected x5 and then just open and close the box while youre relaxing in the evening and keep a tally. See how they hold up. Perhaps try emulating an abuse test like the wind catching the lid too.

  • @rndmcnflct says:

    Infill as insulation is a neat idea. Thicker boxes for colder climates, etc. Very interesting.

    • @Hoocho says:

      I’m also toying with the idea of injecting foam infill into the pieces. Lots to play around with.

    • @simonmerrett says:

      It would be interesting to see which infill geometry generates the best thermal insulation properties. “Honeycomb” FTW!

    • @simonmerrett says:

      @@Hoocho As well as foam, how about phase change materials, like paraffin waxes, which help stabilise temperatures around their melting points. Possibly helpful to avoid overheating or extreme cold dips in a day, depending on your climate.

  • @karlotto8925 says:

    continue as you do, Hoocho! 🙂

  • @grantderepas6234 says:

    Re-watching the video in full to spite Flow ✊

  • @curious-homebody says:

    Appreciate you and your knowledge!

  • @delacardamomedansmoncafe8322 says:

    Commenting for engagement.
    Finishing printing the autospike system today ! Will soon set it up

  • @patcummins6036 says:

    Awesomely well done Hootcho!
    Thank you.

  • @simonmerrett says:

    Thanks for making the effort to re-upload this interesting and informative video.

  • @Serendipity_Strawberry_Farm says:

    Thankyou for resharing this video.

  • @Shep5847 says:

    I rewatch the whole thing just to give you the watch back. Trying to do my part to get your watch count back up. That’s messed up that they would do that to you.

  • >