DIY Fruit Battery Science Experiment Kit with Visible Power Indicator for Educational STEM Learning

Package contents 4 sheets 4 x zinc sheets 2 x RGB LED tools 3 x wires 2 x wires with clips Product overview This DIY fruit battery kit is a compact educational kit that demonstrates how electricity can be generated using common fruits and simple metal electrodes. The kit components are made of metal and are designed for handson learning in classroom, home, or science club settings. The kit is lightweight and portable with a component size listed as 4.00 X 0.70 X 0.20 cm 1.57 X 0.28 X 0.08 inch. Key features and benefits Handson learning: Perform simple experiments that illustrate the basic principles of electricity, electrochemical reactions, and power generation. Skill development: Builds observation, analytical thinking, and manual dexterity through stepbystep assembly and measurement. Ready to use: Includes electrodes, LEDs, and connecting wires so students can set up experiments with minimal additional equipment. Clear demonstration: RGB LEDs provide a visible indicator of generated power and make results easy to observe. Compact and portable: Small component size makes the kit suitable for individual experiments, lab stations, or demonstrations. Specifications Material: Metal components for electrodes and connections Color: Assorted colors for experiment kits and components Size: 4.00 X 0.70 X 0.20 cm 1.57 X 0.28 X 0.08 inch (listed kit component size) Contents: See package contents above How it works Insert the metal electrodes into fruit or other acidic media to create simple electrochemical cells. Connect the electrodes with the provided wires and clip leads to complete the circuit and power the RGB LEDs. The experiments demonstrate how different fruits, electrode materials, and wiring configurations affect voltage and current. Practical use scenarios 1. Classroom demonstration: Use the kit in middle school or school science lessons to introduce basic electricity concepts and electrochemistry with a live demonstration that students can replicate. 2. Home STEM activity: Parents and learners can perform guided experiments to explore how different fruits and combinations affect LED brightness and circuit behavior. 3. Science fair or project work: Small groups can use the kit to design experiments comparing electrode materials, fruit types, or series and parallel connections and present findings. Included learning outcomes Understand the principle of generating electricity from chemical reactions Observe how circuit connections and electrode materials influence electrical output Practice data recording, hypothesis testing, and analytical thinking Notes The kit is intended for educational use and basic physics and chemistry demonstrations. Additional common items such as fruits, measuring instruments, or insulating materials may be used to expand experiments but are not included in the package.