Voyager Program Grades K-2 Aerospace

$5,775.00
$0.00 $5,775.00
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weather activity bundle, light activity bundle, rugged robot getting started package, straw rockets getting started package, straw gliders try this kit, and various supplies
Grades K-2

The Voyager Aerospace Program Takes Young Learners from Weather Science to Robotics and Rocket Launches

$5,775.00
$0.00 $5,775.00
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SKU:94046

Give twenty-four K–2 students twenty hours of hands-on aerospace exploration. From weather patterns to straw gliders, rockets, light investigations, and early robotics, students discover physics and engineering through five interconnected subject areas—all with standards-aligned, fully scripted lesson plans.

In Stock

Students Served: 24
Twenty Hours of Content
Twenty Hours of Content
5 Subject Areas
5 Subject Areas
Robotics Included
Robotics Included
Serves Twenty-Four Students
Serves Twenty-Four Students
WHAT'S INCLUDED
  • 2 Weather Radar Activity Bundle
  • 24 Try This: Straw Gliders Kit
  • 2 Light Activity Bundle
  • 1 Straw Rockets – Getting Started Package
  • 3 Rugged Robot Getting Started Package*
  • 2 PENCILS (NO. 2) 12PC
  • 12 GLUE WHITE SCHOOL (4 OZ)
  • 12 SCISSORS LEFTY/RIGHTY (5")
  • 12 TAPE TRANSPARENT
  • 12 COLORED PENCILS (12 PC)
  • 1 PAPER WHITE CONSTRUCTION (9" X 12") PK50
  • 2 CONSTRUCTION PAPER ASSORTED PK50
  • 1 FACIAL TISSUE PK1
  • 24 WAX PAPER SHEET 12X10.75 SGL
  • 1 PLASTIC BAG SANDWICH 6"X6" PK100
  • 12 PLASTIC CUP (12OZ) CLEAR SGL
  • 24 (RM) COLORED TISSUE PAPER (15"x20") SGL
  • 12 COATED PAPER (5" X 10-1/2”)
SPECIFICATIONS & SAFETY
  • Quantity: 1
  • Students Served: 24 students
  • Curriculum Hours: 20
View full details
Voyager Program Grades K-2 Aerospace

Voyager Program Grades K-2 Aerospace

$5,775.00
$0.00 $5,775.00

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Voyager Program Grades K-2 Aerospace

Build. Launch. Code.

Students explore weather, flight, rocketry, light, and early robotics through five interconnected aerospace subjects that combine building, testing, observation, and computational thinking.
Weather Radar Investigations

Weather Radar Investigations

Students explore weather patterns, cloud types, and precipitation through hands-on activities that build observation skills and scientific vocabulary.

Straw Glider Engineering

Straw Glider Engineering

Each student builds and tests their own straw glider, experimenting with wing shape and weight to discover what makes things fly.

Straw Rocket Launches

Straw Rocket Launches

Students design, build, and launch straw rockets, investigating force, direction, and distance through exciting experimentation.

Light and Robotics Exploration

Light and Robotics Exploration

Students investigate light properties and explore beginner robotics with Rugged Robots, combining physics with computational thinking.

What Students Will Do

Through twenty hours of aerospace activities, students investigate weather, flight, rocketry, light, and robotics while building physics understanding.
  • Observe and classify weather patterns and cloud types
  • Build straw gliders and test different wing designs
  • Design and launch straw rockets to measure distance
  • Investigate how force and direction affect flight
  • Explore light properties through hands-on activities
  • Program simple Rugged Robot movements
  • Record predictions and results in science journals
  • Collaborate on design improvements through testing cycles

Compare Similar Products

Feature Current Product
Voyager Program Grades K-2 Aerospace
 Voyager Program Grades K-2 Environmental Science Voyager Program Grades K-2 Engineering
Price $5,775.00 $3,875.00 $4,375.00
Subject Focus AerospaceEnvironmental Science Engineering
Curriculum Hours 2020 20
Number of Subjects 55 5
Hands-On Kits Included
Standards Aligned
Curriculum Included
Best For Programs wanting flight, weather, and roboticsPrograms wanting nature-based science exploration Programs wanting design challenges and making
View Details View Details

Step 1—Unbox and Organize: Open the Voyager Aerospace kit and sort materials by subject area. Each activity bundle and kit is self-contained.

Step 2—Choose Your Subject: Select from five aerospace subjects: Weather Radar, Straw Gliders, Straw Rockets, Light, or Robotics. Each includes multiple guided activities.

Step 3—Follow the Lesson Plans: Step-by-step instructions, safety notes, and student handouts are included. No prior aerospace knowledge needed.

Step 4—Facilitate and Observe: Guide students through building and testing activities. Designed for groups of twenty-four students.

Step 5—Assess and Celebrate: Use included reflection prompts and host a showcase event to celebrate student achievements.

Physics and Computational Thinking

The Voyager Aerospace program introduces young learners to fundamental physics concepts—forces, motion, cause and effect, light, and energy—through the lens of weather, flight, and robotics. Students develop engineering practices like designing, building, testing, and improving while building science process skills and computational thinking.

Activities align with NGSS performance expectations for K–2 physical science and earth science, supporting crosscutting concepts like patterns, cause and effect, energy, and systems. The five interconnected subjects create a comprehensive introduction to forces, motion, and technology.

Career connections include meteorologist, pilot, aerospace engineer, roboticist, air traffic controller, and software engineer.

Complete Standards-Aligned Curriculum

  • Twenty hours of structured activities across five aerospace subjects with detailed learning objectives and NGSS alignment.

Weather Radar Unit

  • Cloud identification, weather patterns, precipitation investigations, and weather recording with observation journals and pattern recognition activities.

Straw Gliders Unit

  • Aerodynamics exploration, wing shape variations, weight distribution, and flight testing with design iteration worksheets.

Straw Rockets Unit

  • Projectile motion, force and distance relationships, rocket design variations, and launch competitions with prediction and measurement activities.

Light Unit

  • Light properties, reflection and refraction basics, light sources, and shadows through hands-on investigations.

Robotics Unit

  • Simple robot programming, directional commands, obstacle navigation, and computational thinking activities.

Why Teachers Love Voyager Program Grades K–2 Aerospace

Twenty Hours of Guided Content

Twenty Hours of Guided Content

Five complete aerospace subjects deliver twenty hours of structured, standards-aligned activities with full curriculum.

No Aerospace Background Needed

No Aerospace Background Needed

Step-by-step lesson plans with safety notes and discussion prompts let any educator lead with confidence.

Backed by Fifty Years

Backed by Fifty Years

Trusted since 1971.

Robotics Integration

Robotics Integration

Rugged Robots introduce computational thinking and early programming alongside traditional physics exploration.

Complete Safety Support

Complete Safety Support

All rocket launch and robot activities include comprehensive safety guidelines and educator protocols.

Multiple Exploration Modes

Multiple Exploration Modes

Weather observation, building, launching, light investigation, and programming create diverse learning approaches.

"Your curriculum is deeper. You deliver 21st-century skills that truly teach kids how to not just look at the content but also be able to communicate and work collaboratively. And there is no comparison to your customer service."

—Cary Johnson, K-12 Director of Innovation and Technology, Placentia-Yorba Linda Unified School District, CA

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Frequently Asked Questions

What is the difference between Venturer and Voyager?

Venturer programs include ten hours of content across three subjects. Voyager programs expand to twenty hours across five subjects with robotics and full curriculum included. Both serve twenty-four students.

Do I need aerospace or robotics experience?

No. All activities include step-by-step instructions and are designed for educators with no prior aerospace or robotics knowledge.

What robot experience do students get?

Students explore Rugged Robots through directional programming, obstacle navigation, and simple computational thinking challenges. No advanced coding required.

Do you need outdoor space for rockets?

Straw rockets can be launched indoors in a gymnasium or large room, or outdoors. The Voyager kit is flexible for your space.

Is this aligned to education standards?

Yes. All activities align with NGSS for K–2 physical science and earth science, including forces, motion, patterns, and energy.

Can this be extended across the full school year?

Absolutely. The twenty hours can be delivered as a concentrated program or spread across the school year for regular STEM enrichment.