SPARRING:

  1. Cut small longerons out of .09 solid micro carbon and install a vinyl end cap on both ends of the longeron before inserting in pockets.
  2. Install horizontal 2100 spreaders: 6 - 48” 2100L sticks at G to C, L2 to R2, L4 to R4, L6 to R6, L10 to R10, L12 to R12. And, 4 - 31 & 1/2” 2100 and 2 - 10” 2100 pieces with 2 - A20 ferrels to make two sticks 73” long at L to R, and L8 to R8. Also put VEC’s on each pocket end of the stick. Only glue the ferrels to one side of the long sticks. The 10” stick needs to be removed on disassembly if you want a bag that is less than 65” long.
  3. Install 2 end verticals and one center vertical. These sticks need to be custom fitted because variations will occur dependent on your sewing accuracy. My sticks ended up being: 2 - End Verticals = 1 - PS19L = 54” & 1 - PS19L with a 291 ferrel = 35.25” for a total of 89.75” each. AND 1 - Center Vertical = 1 - PS19L = 54” & 1 - PS19L with 291 ferrel = 44.125” for a total length of 98.125”. Install PS19 Static Fitting with short screw on bottom of kite; and, PS19 Reverse Adjuster fitting on the top of kite vertical points. Put sticks first into adjustable fittings and lastly into static fitting. See Photo C & D.
  4. Assemble bridel per page # 11, attach to 8 D-rings with cross loc swivels.

ASSEMBLY & DISASSEMBLY: 

FLIGHT ADJUSTMENTS:

The kite initially flew skewed off center, the left right adjuster at the tow point did not solve the problem. It turns out that it’s very critical that the length of bridel line from A to #3 of 105” be EXACTLY the same as A’ to #3’ of 105”. Once that is set adjust other lengths for no slack. It does take some fiddling.

Perhaps this means my logic for the bridel is flawed. But I know that this works, even if it is a pain. If anyone comes up with a bridel that has a better left to right adjust, please advise so I can change mine.

Recommended fly line is 150# dacron below 12 MPH and 200# dacron above.

CONCLUSION:

As usual, I calculated the lift (not sail area). I will not bore you with the math, since I am developing a Tech Sheet that will go into Weight to Lift Ratio’s in depth.

Lift = 844” (10.5”) divided by 144 = 61.5 square feet

Weight = 48 ounces

Therefore: Weight to Lift Ratio = 48/61.5 = .78    

Note: Original kaleidakite has a weight to lift ratio on the order of 1.25

 

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