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Product information "Green Engineer Teacher's Box"
A team of exceptional space engineers is formed to get to Mars and terraform the planet. The story evokes the inner explorer in children making every session just another adventure. Completing the mission is only possible if they create their own sustainable and efficient designs by employing their newly acquired tech skills.
Maker’s Red Box contains everything but a makerspace that a teacher and a group of 12 students need to start making. It consists of 16 two-hour long sessions that build on each other.
Inside the Box
- Teacher’s guide 1
- USB flash drive 1
- micro:bit motor control Kitronik 1
- maps (board game map, story map, Mars map, large) 3
- landing pad 1
- 4 x AA battery holder with switch and cover 1
- geared robot/model motors, 3-6 V 2
- battery holder fasteners 2
- motor driver adapter 1
- front bumper 1
- rear bumper 1
- wheels 2
- rover motherboard 1
- rover cover 1
- table tennis ball socket 1
- two-core cable 1,5 m
- silicone tube, size 2/6 0,5 m
- green LEDs, 5 mm 3
- red LEDs, 5 mm 3
- white LEDs, 5 mm 2
- photoresistor, 5 mm, R = 8k-20k 1
- M3 self-locking nuts 6
- M3 threaded rod, 250 mm 1
- M3 nuts 16
- M3 × 40 cross-threaded bolts 6
- M3 × 30 cross-threaded bolts 10
- washers, 4 × 10 mm 22
- geared robot/model motor, 3-6 V 1
- metal film resistors, 100 Ω 2
- test tube (15 × 100 mm) 1
- landing pad pawn 1
- astronaut pawn 1
- dice, regular 1
- dice, 10-sided 1
- board game tokens 24
- small cogwheels 2
- large cogwheels 2
- spacers, diameter 12 × 5 2
- spacers, diameter 12 × 13 2
- spacers, diameter 6 × 14 2
- photometer 1
- water tank, top 1
- water tank, bottom 1
- table tennis ball 1
- 2 × AA battery holder with cover, no switch 1
- tumbler switch, 2-way 1
- gate valve enclosure 1
- dodecahedron, large dice 1
- lesson plans in A4 envelope 16
- two-core cable 12m
- silicone tube, size 2/6 3 m
- green LEDs, 5 mm 16
- red LEDs, 5 mm 8
- white LEDs, 5 mm 8
- photoresistors, 5 mm, R = 8k-20k 8
- M3 self-locking nuts 40
- M3 threaded rods (250 mm) 8
- M3 nuts 100
- M3 × 40 cross-threaded bolts 40
- M3 × 30 cross-threaded bolts 64
- washers, 4 × 10 mm 264
- 4 x AA battery holders with switch and cover 6
- geared robot/model motors, 3-6 V 18
- metal film resistors, 100 Ω 8
- test tubes (15 × 100 mm) 9
- test tube rack 1
- battery holder fasteners 12
- motor driver adapters 6
- front bumpers 6
- rear bumpers 6
- wheels 12
- rover motherboards 6
- rover covers 6
- table tennis ball socket 6
- small cogwheels 12
- large cogwheels 12
- spacers, diameter 12 × 5 12
- spacers, diameter 12 × 13 12
- spacers, diameter 6 × 14 12
- table tennis balls 6
- 2 × AA battery holder, no switch 6
- heat-shrink tubing, size 4/2 5
- tumbler switch, 2-way 6
- gate valve enclosure 6
For the workshops, you’ll also need:
- 4 3D printers
- 12 micro:bit microcontrollers
- 1 laser cutter
- 4 soldering stations
- 12 laptops
| Bildungsstufe: | Diploma/High School, Middle years |
|---|---|
| Fach: | design, design, renewable energy |
| Fachbereich: | Bildung für nachhaltige Entwicklung - BNE, Gestalten, fächerübergreifend |
| language: | English |
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