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| | == 3D CanSat == | | == 3D CanSat == |
| − | One of participant of the previous CanSat 2018 edition did share some 3D models.
| + | * [https://www.google.com/search?q=tinkercad+cansat search for "ThinkerCAD + CanSat"] |
| − | | + | * [https://www.google.com/search?q=thingiverse+cansat Search for "Thingiverse + CanSat"] |
| − | Thank to Docopol from Institut Saint Michel for this contribution.
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| − | {{ambox-stop|text=01/04/2019 : On request of DESANG team of St Michel Institute of Bruxelles, this 3D model is removed from the GitHub!}}
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| − | === Cansat_BaseModel === | |
| − | This is a standard CanSat accredit on required dimension.
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| − | * Diameter: 66mm.
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| − | * Height: 115mm. | |
| − | The hook firmness is good for the parachute.
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| − | This can have 3mm wall thickness which offer a good balance between we firmness, available space and weight.
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| − | [[Fichier:ENG-CANSAT-3D-11.png|100px]] | |
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| − | === Cansat_1.0 ===
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| − | This modeling is an upgrade of the previous one. It includes small edge to insert circular 59mm PCBs.
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| − | This model did fly at Elsenborn.
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| − | [[Fichier:ENG-CANSAT-3D-10.png|100px]]
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| − | === Cansat_2.0 ===
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| − | Composed of right and left part, this allows to use a vertical PCB.
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| − | The PCB size is 108mm height and 58mm weight.
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| − | An additional chamber can be used as ballast. Adding some load may be useful in some circumstance.
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| − | This model have been used for CanSat Europe (Açores).
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| − | [[Fichier:ENG-CANSAT-3D-12.png|100px]] [[Fichier:ENG-CANSAT-3D-13.png|100px]]
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| | == Download Models == | | == Download Models == |