Plan the mission. Engineer the base. Defend every decision.
Mission: Mars — Design a Human Mars Expedition is a complete ten-mission STEM project for ages 8–11. Your child becomes the lead designer of a future human expedition, investigates the Martian environment, chooses a landing site, plans a habitat, engineers life support and power, equips a rover, responds to an emergency, and builds a showable 3D Mars base.
Every activity contributes to one connected goal: a mission that can keep a crew safe, support exploration, survive an emergency, and stand up to questions from Mission Control. Children rank priorities, compare evidence, work within point budgets, make tradeoffs, test their thinking, and revise their design.
Designed for young engineers ages 8–11
Mission: Mars works especially well for homeschool STEM, project-based learning, gifted learners, enrichment, project weeks, co-op activities, and children who love space, building, drawing, systems, or explaining how things work. No previous Mars or engineering knowledge is required.
Ten connected missions
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Mission Launch — create a mission identity, choose a lead role, and rank expedition priorities.
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Survive Mars — investigate Martian conditions and identify the systems a human crew needs.
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Choose a Landing Zone — compare three training sites, score the evidence, and defend a choice.
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Engineer the Habitat — plan a pressurized habitat, airlock, shelter, and functional crew spaces.
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Keep the Crew Alive — design air, water, food, waste, and emergency-reserve systems.
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Power + Communication — plan primary and backup power and experience communication delay.
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Explore the Surface — choose rover instruments, manage a payload budget, and plan a science route.
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Emergency Simulation — respond to a paper mission failure, use backup systems, and revise the design.
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Build Mars Base — turn the written plan into a labeled three-dimensional habitat and exploration base.
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Final Mission Review — present the expedition, defend key choices, and answer Mission Control questions.
What the 77-page download includes
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Start Here + Parent Quick Guide — printing, complete materials, mission setup, support levels, safety protocol, and pacing.
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Ten scripted Mission Guides + Student Mission Dossier — priorities, scoring matrices, point budgets, maps, system plans, logs, and revision records.
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Mars reference and simulation tools — age-appropriate science, engineering requirements, landing cards, habitat and life-support decisions, rover tools, and emergency scenarios.
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3D Mars base construction kit — habitat-module net, base components, planning mat, explanation placards, and completion checklist.
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Final Mission Review — readiness checklist, presentation prompts, reviewer form, final challenge, and Certified Mars Mission Designer certificate.
Substantial STEM with a meaningful purpose
Children practice space science, engineering requirements, tradeoffs, redundancy, life support, power, communication delay, scoring matrices, point budgets, measurement, planning, organization, prioritizing, problem solving, creativity, perseverance, revision, and presentation.
No specialty space kit required
The complete experience works with common household craft materials: printed pages, pencil, coloring tools, child-safe scissors, glue or tape, ruler, cardboard or cereal-box board, scrap paper, and a small folder. Cardstock, foil, craft sticks, paper cups or tubes, modeling clay, and recycled packaging are optional. All facts, cards, data, and examples are included; no internet research is required.
Built for real homes and real children
Most missions take approximately 30–50 minutes; the model-building mission may take 60–90 minutes. Student work can usually be completed independently after the Mission Guide is read. Adult help is clearly identified for cardboard cutting, model construction, and the paper emergency simulation. The project does not use flame, heat, chemicals, power tools, or sharp hobby knives.
A final project worth displaying
The completed mission includes a connected Mars dossier, a labeled 3D base, explanation placards, and a formal Mission Control presentation. The learner explains at least five design decisions, discusses tradeoffs, answers a reviewer question, and shows how the expedition improved after testing.
Plan the mission. Engineer the base. Defend every decision.
This is a digital download. No physical product will be shipped.