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Rocketdyne F1 Nozzle
Rocketdyne F1 Nozzle
The nozzle of the Saturn V moon rocket engine. Can be printed with or without supports. Placing all the nozzles on the print bed will save some printing time.
CC
BY
NC
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
On
Advanced settings:
Default
Total print time
4 hours
Total filament
5.5 m
Additional non-printable components
Printed all at once
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Open related lesson
Rota Board
Rota Board
The board needed to play the Rota game. Use the additional models, Rota Pieces, to complete the game set. For detailed print instructions of rota pieces download the lesson resources.
CC
BY
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Layer height to 0.2 mm
Total print time
2 hours 45 minutes
Total filament
7.5 m
Additional non-printable components
Printed all at once
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Rubber Band Car
Rubber Band Car
Gears and wheels for a rubber band-powered car. Students can experiment with the gear’s size and number of teeth to get an optimal combination for speed.
CC
BY
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
12 hours 10 minutes
Total filament
26.7 m
Additional non-printable components
Printed all at once
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RUBBER BAND PLANE
RUBBER BAND PLANE
The rubber band-powered plane is missing its wings and horizontal stabilizers! Students are challenged to design and 3D print these components in this two-part lesson. First, students learn the basics of flight and simple aerofoil designs before designing their own wings. Then they 3D print their wings and stabilizers. Next, students assemble their plane with the provided fuselage and propellers along with their wing designs and horizontal stabilizers. Discuss the various student designs and if improvements can be made.
CC
BY
NC
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
On
Advanced settings:
Default
Total print time
4 hours
Total filament
7 m
Additional non-printable components
Printed all at once
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Open related lesson
Saturn
Saturn
The planet Saturn is provided.
CC
BY
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
7 hours 50 minutes
Total filament
18.8 m
Additional non-printable components
Printed all at once
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Open related lesson
Screw and nut
Screw and nut
A nut is a type of fastener with a threaded hole. Nuts are almost always used with a mating screw or bolt to fasten multiple parts together. The two pieces are kept together by a combination of their threads’ friction, a slight stretching of the screw and compression of the arts to be held together.
CC
BY
SA
Recommended print settings
Print profile:
Fine
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
14 hours
Total filament
33 m
Additional non-printable components
Printed all at once
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Small oval bag tag
Small oval bag tag
A small oval nametag with initials. Easy and quick to print.
CC
BY
NC
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
30 minutes
Total filament
0.6 m
Additional non-printable components
Printed all at once
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Open related lesson
Solar System
Solar System
Designing a display of planets introduces the concept of proportional relationships. Visual aids (basketball vs golf ball for example) can help visualize the concept. Including the sun in the design will make the other planets tiny so it is advisable not to include the sun in the model. Rotate the model 45% in the Z axis and scale to 90% to fit the printing area of the eDee 3D printer.
CC
BY
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
15 hours
Total filament
23 m
Additional non-printable components
Printed all at once
Visit thingiverse
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Solar System
Solar System
A simplified, scaled model of the Solar System.
CC
BY
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
On
Advanced settings:
Default
Total print time
10 hours 30 minutes
Total filament
29.5 m
Additional non-printable components
Printed all at once
Register to download
Copy link to clipboard
Open related lesson
SpaceX Raptor Atm
SpaceX Raptor Atm
This is a nozzle for the engine of an upcoming SpaceX rocket. It is optimized for performance at liftoff. It can be printed with or without supports. Placing all the nozzles on the print bed will save some printing time.
CC
BY
NC
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
On
Advanced settings:
Default
Total print time
50 minutes
Total filament
0.7 m
Additional non-printable components
Printed all at once
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Open related lesson
Spirograph
Spirograph
A spirograph is a geometric toy developed by British engineer, Denys Fisher and first sold in 1965. It produces mathematical roulette curves known as hypotrochoids and epitrochoids.
CC
BY
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
2 hours 45 minutes
Total filament
7 m
Additional non-printable components
Printed all at once
Visit thingiverse
Register to download
Copy link to clipboard
Stackable Planetary Gear Mechanism (Reducer)
Stackable Planetary Gear Mechanism (Reducer)
A fully functional hand-cranked model of a multi-stage planetary reducer. Each stage has a gear ratio of 1:6, so the overall gear ratio of a 3-stage reducer is 1:216. The design allows for an unlimited number of stages, but a practical limit is 3 stages. Assembly takes about 30 minutes. Some of the cogs needs to be shaved so it can rotate freely. Mind the direction of the gears to assemble it correctly.
CC
BY
Recommended print settings
Print profile:
Fine
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
34 hours, 30 minutes
Total filament
73.5 m
Additional non-printable components
Printed all at once
Visit thingiverse
Register to download
Copy link to clipboard
Star shaped bag tag
Star shaped bag tag
A star-shaped nametag for a bag or set of keys. Simple and quick to print.
CC
BY
NC
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
30 minutes
Total filament
0.9 m
Additional non-printable components
Printed all at once
Register to download
Copy link to clipboard
Open related lesson
Straw holder
Straw holder
Straw holder for a glass with an 80 mm diameter. Print using any settings. You can scale this model up or down in size to fit the diameter of the desired glass.
CC
BY
NC
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
0.2mm layer height
Total print time
50 minutes
Total filament
1.8 m
Additional non-printable components
Printed all at once
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Open related lesson
Sydney Opera House
Sydney Opera House
The Sydney Opera House is a multi-venue performing arts center located at Sydney Harbor in Sydney, New South Wales, Australia. It is one of the 20th century’s most famous and distinctive buildings. It is also designated as a UNESCO World Heritage Site. When printing, scale the model 150%.
CC
BY
Recommended print settings
Print profile:
Fine
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
5 hours
Total filament
11 m
Additional non-printable components
Printed all at once
Visit thingiverse
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Tarantula engine cutout
Tarantula engine cutout
Cut through a simplified rocket engine. This model needs to be printed with supports. Use the support placement settings “touching buildplate only” so the supports are created only on the outside of the engine. Use pliers to remove the supports; it can be a bit tricky to remove all the supports around the flaps.
CC
BY
NC
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Supports - touching build plate only
Total print time
7 hours
Total filament
10 m
Additional non-printable components
Printed all at once
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Open related lesson
Tetrahedron Dice
Tetrahedron Dice
Tetrahedron dice with four sides. Typically used for Dungeons and Dragons and similar RPG board games.
CC
BY
NC
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Set roof and bottom thickness to 1.2mm. Set shell thickness to 1.2mm
Total print time
1 hour 15 minutes
Total filament
1.45 m
Additional non-printable components
Printed all at once
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Open related lesson
Tic-Tac-Toe Board
Tic-Tac-Toe Board
A simple 3 x 3 board for playing Tic-Tac-Toe. Print out the traditional X’s and O’s or use any of the alternative game pieces to complete the game set: Mr. and Mrs. Pacman, Sun and Moon Pieces, Tic Tac Toe Cross Piece, Tic Tac Toe Circle Piece, Chess Pieces. The traditional game has nine spaces so how many pieces do you need? For detailed print instructions of each pieces download the lesson resources.
CC
BY
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
Layer height to 0.2 mm
Total print time
2 hours 15 minutes
Total filament
7.2 m
Additional non-printable components
Printed all at once
Register to download
Copy link to clipboard
Open related lesson
TIDAL DEFENSES
TIDAL DEFENSES
The Tidal Defenses model introduces how shorelines and riverbanks are protected from hydraulic erosion.
CC
BY
NC
SA
Recommended print settings
Print profile:
Default
Initial platform:
None
Print supports:
Off
Advanced settings:
0.2 layer height, 1.2 shell thickness, 1.2 roof thickness
Total print time
17 hours 30 minutes
Total filament
53.5 m
Additional non-printable components
Printed all at once
Register to download
Copy link to clipboard
Trammel of Archimedes
Trammel of Archimedes
A trammel of Archimedes is a mechanism that generates the shape of an ellipse. It consists of two shuttles which are confined (trammeled) to perpendicular channels or rails and a rod which is attached to the shuttles by pivots at fixed positions along the rod. Use the picture as a guide to put the moving parts in the correct rails during assembly. Don’t tighten the screws too much.
CC
BY
Recommended print settings
Print profile:
Fine
Initial platform:
None
Print supports:
Off
Advanced settings:
Default
Total print time
22 hours
Total filament
28 m
Additional non-printable components
Printed all at once
Visit thingiverse
Register to download
Copy link to clipboard
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