Blast off into geology and space exploration with the Smithsonian Mars Dig Value Set. This hands-on excavation kit lets kids chip away at a sand block to reveal six basalt rocks similar to those found on Mars, then assemble a scale model of the Mars Perseverance Rover to explore the red planet. A thrilling STEM experience designed for ages 8 +.

Journey to the Red Planet—no rocket required! With the Smithsonian Mars Dig Value Set, explorers ages 8 and up gain a tactile introduction to planetary science and geology. The kit includes a sand block containing six pieces of basalt similar to Mars’s surface rocks, along with a build-your-own model of the Perseverance rover (wheels, antenna, robotic arm included).

As children excavate, build, and examine their finds, they engage in real-world science: learning how rovers collect samples, how Martian geology compares to Earth’s and how scientists prepare for future planetary missions. The included 23" × 17" STEM poster offers visual content on Martian terrain and exploration context.

Once completed, the assembled rover and collected rocks become display pieces—an inspiring reminder of Earth’s place in the solar system and a visible reward for the excavation effort. It makes a meaningful gift for budding astronauts, young geologists and curious minds.

Product Details:
Product Dimensions: 6.00" L x 2.00" W x 9.00" H
Material: See packaging
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 components