Cross-Curricular Kits

Lift-Off Peripherals Kit

Cross-Curricular Kits - Lab Kits with Curriculum. Take Python beyond CS class with the CodeX handheld device. Brain Decoded explores neuroscience through coding. Lift-Off expands CodeX with servos, sensors, and actuators through a Mission to Mars theme. Both are designed for cross-curricular STEM integration, grades 4-12+.

101 Mission Objectives. 21 Quizzes. 15 Missions.

Two cross-curricular expansion packs that fuse Python with neuroscience and engineering. Students build real systems - from neuron simulators to solar trackers to automated gardens - all coded in Python on the CodeX handheld.

Curriculum Mission Packs

Mission Pack Grades Features
Lift-Off! 4-12+ 10 missions, 71 objectives. Hardware expansion kit with servos, relays, pumps, switches, and sensors. Mission to Mars theme.
Brain Decoded 8-12+ 5 missions, 30 objectives. Neuroscience meets Python - simulate neurons, explore brain chemicals, measure reaction times.
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What's Included

Lift-Off Peripherals Kit

Servos, relays, water pump, switches, temperature sensor, light sensor, motion detector, NeoPixels, potentiometer, and object sensor. Everything connects to CodeX expansion ports.

Brain Decoded Kit

Peripherals for neuroscience experiments - LEDs, switches, and sensors used to build neuron simulators, reaction time testers, and brain chemical models.

Cross-Curricular Integration

Designed for co-teaching between CS and science departments. Brain Decoded covers biology standards. Lift-Off covers physics and engineering standards.

Requires CodeX

Both kits use the CodeX handheld as the computing platform. If you already have CodeX in your classroom, add a cross-curricular kit to expand into new subject areas.

Open Platform

Full schematics, open-source software, and complete API documentation. There is not a more open educational robotics platform available. Every peripheral connects via standard CodeX expansion ports - build your own sensors and projects using the same API.