Da Vinci Flying pendulum clock

cults3d

Leonardo Da Vinci was fascinated by the escapement mechanisms that measure time. He studied several of them. Based on his work, the team uses the laws of motion and a "flying" pendulum escapement to keep accurate time. The weight of the pendulum acts as the clock's power source. The kit requires no glue or battery to assemble a fascinating and functional model. NOTE: I have not printed the whole model, only some parts, but I have the original and the parts are measured with calipers, so I DO NOT GUARANTEE that it will fit everything right, the hardest thing to find is going to be the metal rods, NOTE 2: In case any part does not fit, let me know and I will modify it in Tinkercad and send it to you. NOTE 3: Attached is also the PDF to assemble it. Thickness of metal shafts 26 hex = 3mm 25 x2 = 2mm 15 x1 = 2mm 40x2 = 1.5mm 83x2 = 2mm 110x1 = 3mm Leonardo Da Vinci was fascinated by escapement mechanisms that measure time. He studied a number of them. Based on his work, the kit uses the laws of motion and a "flying" pendulum escapement to keep accurate time. The pendulum's weight acts as the clock's power source. The kit needs no glue or battery in order to assemble a fascinating, working model. NOTE: I have not printed the entire model, only some pieces, but I have the original and the pieces are measured with calipers, so I DO NOT GUARANTEE that everything fits well, the hardest thing to find are going to be the metal bars, NOTE 2: In case any part does not fit, let me know and I will modify it in Tinkercad and I will send it to you. NOTE 3: Attached is also the PDF to assembly. Thickness metalic shafts 26 hex = 3mm 25 x2 = 2mm 15 x1 = 2mm 40x2 = 1.5mm 83x2 = 2mm 110x1 = 3mm