Equipping explorers with authentic semiconductor silicon, toroid inductors, kinetic piezo transducers, and full field-curriculum mission kits.
Complete 12-mission curriculum container. Features authentic silicon cells, boost converters, hardware compartments, and the 32GB offline reference explorer drive.
Full classroom assembly kit demonstrating magnetic flux, commutation, and armature torque. Explorers wind and balance real DC rotors.
High-contrast visual flux chamber with laboratory-grade fine iron filings and paired N52 rare earth drivers to map spatial dipole forces.
Clear optical inspection enclosure designed for electro-chemical saltwater cells, magnetic field display pucks, and wiring pass-throughs.
Ultra-low-power boost converter with integrated buck regulation designed to harvest energy from microvolt solar, thermal, or chemical sources.
Solid-state Seebeck thermoelectric generator converting temperature differentials directly into usable DC microvolt power.
High-density capacitance reservoir. Buffers sporadic energy scavenging pulses from piezo, solar, or saltwater cells with ultra-low ESR.
High-frequency toroidal magnetic core for pulse transformers, Joule Thief boost circuits, and regenerative self-oscillators.
Single high-efficiency bare polycrystalline silicon solar cell with tabbing rails. Ideal for array prototyping, joule thief charging, and direct ambient harvesting.
Converts mechanical kinetic vibration, structural flexing, or acoustic pulses into high-voltage spikes for rectifying circuits.
Continuous copper wire with durable insulating enamel for transformer coils, induction loops, and custom motor armatures.
Degreased, pure fine iron particles for crisp 3D electromagnetic field visualization and ferrofluid experimentation.
Low forward-voltage drop (0.2V–0.3V) germanium diodes. Indispensable for RF energy harvesting rectennas and crystal receiver circuits.
Proton Exchange Membrane (PEM) fuel cell module combining hydrogen gas and atmospheric oxygen to produce clean electricity and pure water.
Geared rotary generator demonstrating Faraday's Law of induction. Transforms manual kinetic cranking directly into DC terminal voltage.
Multi-beam optical alignment diode module for refractive prism demonstrations, optical fiber targeting, and laser power transmission.
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