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Gear Pathing Maze - concept level

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Mazetropolis
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Gear Pathing Maze - concept level 3d model
Mazetropolis
Mazetropolis
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Gear Pathing Maze - concept level 3d model
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Gear Pathing Maze - concept level 3d model
Gear Pathing Maze - concept level 3d model
Gear Pathing Maze - concept level 3d model
Gear Pathing Maze - concept level 3d model
Gear Pathing Maze - concept level 3d model
Gear Pathing Maze - concept level 3d model
Gear Pathing Maze - concept level 3d model
Gear Pathing Maze - concept level - Printed on the FLSUN T1. Couldn’t *** that as there wasn’t an option. Is there an actual answer for using all 11 gears?  - 3d model
Gear Pathing Maze - concept level - a couple of the gears failed during printing due to bed adherece. Reprinted and they seem okay for now. Was able to fit all 11 pieces on, but can't get them to turn. Plan to make a few more of these to use with my elementary STEM students. - 3d model
Gear Pathing Maze - concept level - Working Solution with one useless gear (in the middle top row)
Printed with Prusament PLA (Galaxy black and Lipstick red) - 3d model
Gear Pathing Maze - concept level 3d model
Gear Pathing Maze - concept level 3d model
104 Likes429 DownloadsJuly 26, 2024


I am testing out a new type of maze where the goal is to connect two gears on the opposite sides of the board. You must use all the gears in the set and all of them must be connected.

Don't forget to like the design. And if you print it, I would love to see how it turned out for you so add a "make" to this design to show off your version!

It is simple to connect sides without using all the gears, but can you fit them all in the board without them blocking each other?

This is concept level! If it is enjoyed, then I will be developing additional levels that will include way more ideas that will make finding the path so much more challenging - blocks on the board and so much more!

If you enjoy my maze designs consider joining Mazetropolis Facebook group to get sneak peaks and updates of the upcoming designs as well as have exclusive early access and GIVEAWAYS!

Printing specifications:

Base part:

Dimensions: the size of the base is19 cm ( 7.48 inches) by 11 cm (4.33 inches), height of the base is 5.8 cm (2.28 inches) Layer height: 0.2 mm Infill type: Gyroid Infill percentage: 12% Print speed: 250 mm/s Print time: 5 hours and 30 minutes Amount of material required: ~ 44 m (130 grams)

Small size gear (9x):

Print Dimensions: Diameter of the small gear is 2.8 cm (1.1 inches), height of this part is 1.5 cm (0.59 inches) Layer height: 0.2 mm Infill type: Gyroid Infill percentage: 12% Print speed: 250 mm/s Print time: 1 hour Amount of material required: ~ 5 m (17 grams)

Medium size gear (2x):

Print Dimensions: Diameter of the small gear is 4.8 cm (1.89 inches), height of this part is 1.5 cm (0.59 inches) Layer height: 0.2 mm Infill type: Gyroid Infill percentage: 12% Print speed: 250 mm/s Print time: 32 minutes Amount of material required: ~ 3.5 m (10 grams)

Side gear (2x):

Print Dimensions: Diameter of the small gear is 6.8 cm (2.68 inches), height of this part is 0.5 cm (0.2 inches) Layer height: 0.2 mm Infill type: Gyroid Infill percentage: 12% Print speed: 250 mm/s Print time: 41 minutes Amount of material required: ~ 6.2 m (18 grams)

Side gear plug (2x):

Print Dimensions: Diameter of the small gear is 1.1 cm (0.44 inches), height of this part is 2.2 cm (0.87 inches) Layer height: 0.2 mm Infill type: Gyroid Infill percentage: 12% Print speed: 250 mm/s Print time: 18 minutes Amount of material required: ~ 0.5 m (1.5 grams)

TOTAL PRINT TIME: 8 hours TOTAL PRINT MATERIAL: ~ 59.2 m (177 grams)


104 Likes429 DownloadsJuly 26, 2024




104 Likes429 DownloadsJuly 26, 2024