Blast off into hands-on science fun with the Smithsonian Rocket Science Kit. Build your own reusable rocket, then launch it using simple chemistry (baking soda + vinegar) for a safe yet thrilling STEM experience. A perfect project for ages 8+ and an ideal gift for aspiring rocket scientists.

Take flight with science and imagination in the Smithsonian Rocket Science Kit. Officially licensed from the Smithsonian Institution, this STEM activity set lets children build a rocket featuring a plastic fuselage, foam nose cone, wing assembly, launch pad and base — then power the launch with a chemical reaction using baking soda and vinegar.

Perfect for young engineers and curious minds, the kit offers multiple launches, enabling users to explore how changes in launch angle, surface or amount of “fuel” affect flight height and direction. It’s a thrilling way to learn about physics, motion and engineering design.

Designed for ages 8 and up, this portable and reusable rocket set is great for after-school projects, family weekends outdoors or classroom demonstrations. Its museum-inspired branding adds authenticity and makes it a strong choice for educational gifting.

Kit includes: 
1 Fuselage, 1 Wing Assembly, 1 Launch Tube, 1 Launch Plug, 1 Base, 1 Sticker Sheet and 23" x 17" (58 cm x 43 cm) Color Poster with Instruction
Baking soda and vinegar not included

Product Details: 
Product Dimensions: 11.75" L x 3.00" W x 10.50" H
Play Pattern: Hands-on exploration & STEM play
Skill Development: Critical thinking & scientific reasoning
Care Instructions: Store all components in a clean, dry place and keep smaller pieces in labeled bags or containers to prevent loss. Use included tools, chemicals or materials exactly as directed and under adult supervision when required. Wipe surfaces and reusable parts with a dry or slightly damp cloth after use; never submerge electrical or sensitive components in water. Dispose of single-use materials responsibly after completing experiments. Keep kits away from heat sources, open flames and direct sunlight. Wash hands after handling science materials or experiment elements. For multi-session projects, label progress and store unfinished builds safely to protect component