Apollo 11 Lunar Lander - IMG_20190730_185233
ZEN MAGNETS - Neodymium Magnetic Balls (@1045) - Apollo 11 Lunar Lander
This Design mixes parallel and coupled bonds to capture the overall shape. Mixing the bonds had a tendency to make parallel plates shift out of position and disrupt placement of components. The challenges include the non-symetric command module, parallel cubics magnetic field alignment, the octogon lander base, and the stability of balancing over the rocket nozzle with the landing gear.
(@0238) - Top Core - (4x6x6 center)+(3+(4x4)+3 top)+2x((3+4+4+3)+((3+4+4)+(3+3) tank sides)+(3 triangle tops))
(@0098) - Large Round Core - (2x(6+12+18) circle)+((8+8)+2 outer section)+(4 top shelf)+(4 bottom shelf)
(@0060) - Small Round Core - (3x(6+12) circle)+(2+2 top shelf)+2 outer center)
(@0369) - Bottom - (5x(9x9 square)-(4x(3+3+3) remove corners to make octogon shape))
(@0028) - Rocket Nozzle - (4+8+8+8)
(@0252) - Landing Gear - 4x((2x12)+(2x10 +1)+(8 skids)+(2x5 bottom supports))
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(@1045)
Apollo 11 Lunar Lander - IMG_20190730_185233
ZEN MAGNETS - Neodymium Magnetic Balls (@1045) - Apollo 11 Lunar Lander
This Design mixes parallel and coupled bonds to capture the overall shape. Mixing the bonds had a tendency to make parallel plates shift out of position and disrupt placement of components. The challenges include the non-symetric command module, parallel cubics magnetic field alignment, the octogon lander base, and the stability of balancing over the rocket nozzle with the landing gear.
(@0238) - Top Core - (4x6x6 center)+(3+(4x4)+3 top)+2x((3+4+4+3)+((3+4+4)+(3+3) tank sides)+(3 triangle tops))
(@0098) - Large Round Core - (2x(6+12+18) circle)+((8+8)+2 outer section)+(4 top shelf)+(4 bottom shelf)
(@0060) - Small Round Core - (3x(6+12) circle)+(2+2 top shelf)+2 outer center)
(@0369) - Bottom - (5x(9x9 square)-(4x(3+3+3) remove corners to make octogon shape))
(@0028) - Rocket Nozzle - (4+8+8+8)
(@0252) - Landing Gear - 4x((2x12)+(2x10 +1)+(8 skids)+(2x5 bottom supports))
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(@1045)