Flying Pegasus

Overview and goals Flying pegasus is my most sophisticated glider so far. In this project I continued my experiments with single layer wings and stretch this concept to the edge. My goal was to create glider that have build in anhedral angle of the wing without no need to bend them. I achieved that by separated model into part that have to be glued together after print. After seven prototypes I achieved quite good glider with decent characteristic of flights. Printing It is necessery to have good calibrated first layer. Body have to be printed with 100% infill for apriopriate balast. Assembly After print, first glue together body and then glue wings and tail. I used cyanoacrylate glue (super glue) and bond is very strong. In no one prototype I haven't had no issue with glued part. They kept together even after hard crashes. Flight  To fly, just throw glider like paper plane. You can adjust tail by bending it up a little.  Balance Different materials have different density so I don't wanted to overdo it with balast of the head. I left there some underweight to calibrate it by yourself. With normal PLA it should working, alternatively you can add some plasticine (about 1.5 g) to head if you need to.  Generally you pegasus should stand on his legs, if head will be to heavy and prevails back legs, then you need to decrease balast of the head like below.  Good balance without plasticine for moderate throw Maximum balast with plasticine ( in this case 1,5 g) for flight with high force of throw   You can also check balance by using “hair” hook on the neck. Balance should be achived on second hook. Without plasticine head and back is quite even. In this state pegasus has good flights with moderate force of throw.   With balast the head is a little below back and this is good for flights with high force of throw.   Standing Apart from flight I designed the pegasus to be decoration too. You can print it in different colours, using change layer colour option in slicer. You can