Paul B & Braedin B (GliderPilot & Glydrfreak) Flights & Build Modifications


#104

Glad to see you were able to easily make those changes!
Is that on Github or another place where others can find that code if they want to flash it to their controllers as well?


#105

Here is our Modified batch2 code

Anyone may compare it against the Original Batch2 code written by Zach, but keep in mind, this modified code is also calibrated for our batch2 machine with a 5V controller and a 3.3V divider. (We have a batch2 controller with a batch3 divider)


#106

Love the new screen format!! I’ll want this on my batch 3 machine. Thanks!!!


#107

My entire flight today was over water! I even took off from the water! Here’s the GPS of my flight to prove it:

Well, it is winter in Utah so here is what the reservoir looks like:

Flat powdery snow for a mile!


#108

Cool!!! Looks beautiful


#109

Braedin @glydrfreak doing a speed test in between flights… 44 mph.


#110

Instead of wires hanging through the rear plate I created surface mount holders for the XT-150 connectors:


Xt 150 Mount - Base Red or Black.stl (160.8 KB)



Xt 150 Mount - Black Middle.stl (141.9 KB)
Xt 150 Mount - Red Middle.stl (142.7 KB)



Xt 150 Mount - Black Face.stl (704.4 KB)
Xt 150 Mount - Red Face.stl (690.3 KB)

The black mounts through a 1/2” hole while the red is designed to fit the existing square hole.

Assemble with M3x25 bolts with nuts.


Quick battery swap
#111

I created a hinge for the harness by running the straps through only the top hole in the front plate. I had to remove the standoffs to route the straps this way:

The harness was leveraging on the front plate when folded up and bending the carbon because there wasn’t a standoff so I designed a 3D printed standoff:

Here is the file:
Harness Strap Standoff.stl (598.3 KB)


#112

I designed some rails to quickly install the batteries. I printed these parts standing on end so that layer adhesion wouldn’t create any weak spots and I used PETG because it is both stronger and has better layer adhesion than PLA. PETG also sticks well to the print bed so I didn’t have any problems printing them standing up. They are riveted on with 1/8” rivets and a 4 mm bolt at the bottom where all of the weight rests.

I used 14” long 120 pound zip ties to attach the sliders to the batteries.

The sliders are curved to allow the batteries to swell more than mine currently are. I put thin foam tape at each end (yellow circles) to hold them from sliding:


I placed the rails 120mm apart on centers and 3mm up from the bottom of the carbon.

Here are the files:
T-Bar and Miter Track - Top.stl (604.6 KB)
T-Bar and Miter Track - Middle Top.stl (151.4 KB)
T-Bar and Miter Track - Middle Bottom.stl (151.4 KB)
T-Bar and Miter Track - Bottom.stl (142.4 KB)
T-Bar and Miter Track - Slider.stl (57.7 KB)


#113

Thanks for sharing the files. It’s nice that you positioned the batteries up high on the back plate. That way they will feel lighter when being carried on your back. Well done.


#114

I talked GliderPilot into coming up to my house to show me his OpenPPG electric paramotor.


#115

I really like the way you can mount your four bonka’s … it’s almost as quick and simple as my mount :stuck_out_tongue:


#116

Thanks for letting me fly from your beautiful backyard and for letting me demo your wing! I love the video!


#117

what?`that was his backyard?
let’s all meet there and fly :slight_smile:


#118

Well, technically it’s a golf course. Can’t imagine why nobody was golfing though! It was a beautiful evening!