Connect Students to Modern Spaceflight
The Estes Blue Origin New Glenn flying model rocket gives educators a timely and engaging way to introduce students to one of the most important launch vehicles in today’s aerospace industry. Officially licensed through a partnership with Blue Origin, this 1:200 scale model connects students to New Glenn, a powerful heavy-lift launch vehicle built to carry satellites for communication, weather, navigation, and science into orbit.
For classrooms, camps, clubs, and youth organizations, New Glenn creates a direct connection between model rocketry and real missions happening now. Students can explore how modern rockets support life on Earth, expand scientific discovery, and help shape the future of human spaceflight, then see those ideas come to life through an actual rocket launch.
Designed to Support the Mission Green Launch Unit Plan
New Glenn is designed to pair with the Mission Green Launch Unit Plan, giving educators a ready-made pathway for turning this rocket into a deeper STEM learning experience. Through the lesson, students explore the history of commercial aviation and spaceflight while examining key engineering advancements that have shaped aerospace innovation over time.
Students also compare the Mercury-Atlas and New Glenn spacecraft, helping them see how rocket design, materials, propulsion systems, mission goals, and environmental considerations have evolved. This historical comparison gives learners a strong framework for understanding how past achievements influence the next generation of launch vehicles.
The lesson plan then challenges students to apply 21st century collaborative skills as they create and present a sustainable space travel solution for the year 2045. It is a strong fit for educators who want students to think beyond launch day and consider the future of aerospace through engineering, innovation, and environmental responsibility.
Ready to Fly for Easier Group Use
Because New Glenn is ready to fly with no assembly required, it is especially useful for educational environments where time, tools, and experience levels can vary. Educators can spend less time managing complex construction and more time guiding students through launch preparation, safety procedures, flight observation, and post-launch discussion.
The included flight fins prepare the model for launch, while the included display stand makes it easy to use the rocket as a classroom visual aid before or after flight. Whether it is displayed during a lesson on modern aerospace or launched as part of a STEM activity, New Glenn gives students a clear and memorable connection to the engineering behind real-world spaceflight.
Flight Performance Students Can Observe
On launch day, New Glenn can reach projected altitudes up to 450 feet, giving students a dramatic but manageable flight profile for observation and discussion. It flies on Estes B4-2, B6-2, C5-3, and C6-3 engines, and uses a 15 inch parachute recovery system to return safely after flight.
Students can observe the complete flight sequence, including liftoff, acceleration, coast, ejection, parachute deployment, descent, and recovery. This makes the launch experience a strong foundation for lessons on thrust, drag, stability, altitude, recovery systems, and how design choices affect performance.
A Strong Fit for STEM Programs
New Glenn works well for educators who want to introduce students to aerospace concepts without requiring a full build session. Its 19.5 inch length, molded plastic fins, recognizable scale profile, and included display stand give it strong visual impact, while the ready to fly format keeps the activity accessible for a wide range of learners.
For teachers, camp leaders, scout leaders, and STEM program coordinators, the Estes Blue Origin New Glenn offers a practical way to combine modern spaceflight relevance, standards-aligned discussion opportunities, and the excitement of model rocketry. Paired with the Mission Green Launch Unit Plan, it becomes more than a launch activity. It becomes a classroom-ready experience that helps students imagine the future of aerospace and their role in shaping it.
