Estes Orion Rocket Bundle
Estes Rigel Model Rocket Parachute Recovery
Estes Bellatrix Model Rocket
Estes Bellatrix Model Rocket Launching
Estes Bellatrix Model Rocket Streamer Recovery
Estes Mintaka Model Rocket
Estes Rigel Model Rocket Launching
Estes Rigel Model Rocket Parachute Recovery
Estes Rigel Model Rocket
Estes Rigel Model Rocket Launching

Orion 3D

SKU: 001113
$32.99
Sale
Intermediate

Discover the Estes Orion 3D Rocket Kit – an innovative three-pack that merges traditional model rocketry with 3D printing. Students can build and launch three unique rockets – Bellatrix, Mintaka, and Rigel – while learning valuable STEM concepts in design, engineering, and flight.

This intermediate-level kit includes classic rocket components plus downloadable 3D print files for essential parts like fin cans, couplers, and nose cones. Perfect for classrooms, clubs, and camps, the Orion 3D engages students with hands-on construction and modern technology.

A 3D printer is required to use this product; 3D printer sold separately.

SKILL LEVEL: Intermediate
RECOMMENDED ENGINES:
Bellatrix - 1/2A3-2T, A3-4T, A10-3T
Mintaka - A8-3, B6-4, C6-5
Rigel - D12-3, E12-4
PROJECTED ALTITUDE:
Bellatrix - 300 ft. (91 m)
Mintaka - 700 ft. (213 m)
Rigel - 900 ft. (274 m)

In The Classroom

The Estes Orion 3D Rocket Kit introduces students to an exciting fusion of traditional model rocketry and modern 3D printing technology. This three-pack set allows learners to build and fly three different rockets – Bellatrix, Mintaka, and Rigel – each designed to highlight unique engineering concepts and flight capabilities. By combining hands-on craftsmanship with digital fabrication, Orion 3D turns the classroom into a true aerospace design lab.

A 3D printer is required to use this product; 3D printer sold separately.

Comprehensive Kit Components

The Orion 3D includes everything needed to get started: body tubes, parachute, shock cord, engine mount, engine block, spacer, space tube, retainer ring, engine hook, vibrant decals, and precision laser-cut centering rings. Spec sheets for each rocket are included to guide students through construction, flight prep, and recovery. Shortly after purchase, educators receive downloadable STL files for 3D printing critical parts – the fin can, coupler, and nose cone – ensuring every build is both customizable and educational.

Three Rockets – Three Learning Opportunities

Bellatrix (13mm): Designed for streamlined flights up to 300 feet, Bellatrix uses a streamer recovery system and helps students learn the fundamentals of safe launches and aerodynamic stability.

Mintaka (18mm): This rocket climbs to an altitude of 700 feet under parachute recovery. It challenges students to explore higher thrust engines, longer flight profiles, and parachute-based descent rates.

Rigel (24mm): The most advanced rocket in the kit, Rigel soars to 900 feet and utilizes an 18-inch parachute for recovery. Its larger size and higher-powered engines give students a deeper appreciation for scale, weight, and thrust-to-mass ratios.

STEM Learning in Action

The Orion 3D is more than a rocket kit – it’s a complete STEM experience. By incorporating 3D printing, students gain exposure to digital manufacturing, problem solving, and materials engineering. Building and flying three progressively larger rockets reinforces physics principles such as thrust, drag, mass, and altitude. Whether used in classrooms, summer camps, or after-school programs, the Orion 3D provides a hands-on way to ignite curiosity and inspire future innovators.

*3D print files will be emailed to you shortly after purchase*

What You Need To Build (Not Included)

  • Yellow Glue
  • Pencil
  • Hobby Knife
  • Ruler
  • Fine Sandpaper
  • CA Glue

What You Need To Launch (Not Included)

What You Need to Fly

Estes-LP2-06

Live, Online Training and 1:1 Support

Estes Education has been a leader in STEM education for over 60 years. We know that STEM is a vital interdisciplinary topic that requires hands-on and inclusive learning. Explore these supporting materials to take learning to new heights!

Should you have need, you can meet with a member of Education team for FREE, 1:1 online support to learn rocketry basics, how to apply our curriculum, and discover unique teaching strategies. Our team is eager to answer your questions!

Technical Specifications

Intermediate
  • Recommended Engines

Bellatrix - 1/2A3-2T, A3-4T, A10-3T
Mintaka - A8-3, B6-4, C6-5
Rigel - D12-3, E12-4
  • Launch System

Porta-Pad II
  • Launch Rod Size

1/8 in. (3.18 mm)
  • Projected Max Altitude

Bellatrix - 300 ft. (91 m)
Mintaka - 700 ft. (213 m)
Rigel - 900 ft. (274 m)
  • Recovery System

Bellatrix - Streamer
Mintaka - 12 in. (30.5 cm) Parachute
Rigel - 18 in. (45.7 cm) Parachute
  • Length

Bellatrix - 23 in. (58.4 cm)
Mintaka - 25 in. (63.5 cm)
Rigel - 29 in. (73.7 cm)
  • Diameter

Bellatrix - 0.736 in. (18.7 mm)
Mintaka - 0.976 in. (24.8 mm)
Rigel 1.637 in. (41.6 mm)
  • Weight

Bellatrix - 1.5 oz. (42.5 g)
Mintaka - 2.4 oz. (68 g)
Rigel - 5.7 oz. (161.6 g)
  • Fin Material

3D Printed

Technical Specifications

This product recommended for children ages 10+ with adult supervision for those under 12, and rocketeers of all ages.

Learn About Model Rocket Safety!

Not sure how to safely launch a rocket with your group? Head over to our dedicated Safety instructions page for videos, support, and more!
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Customer Reviews

Based on 6 reviews
33%
(2)
50%
(3)
0%
(0)
17%
(1)
0%
(0)
S
Stephen Alter (Richmond, VA)
Expanding What Is Possible

The art of 3D printing and rocketry opens up a new design space for the sport. From directly making parts of rockets to making molds for new designs, 3D printing offers something to everyone; the ability to as what if. This kit shows one avenue to thousands of others. I'm so looking forward to building these rockets.

B
Bill Ziz (Portland, OR)
Not usefull to me

The info on this Expensive kit was vague, imagine my surprise when I opened the box and found 3 partial kits with no fins, other parts, instructions, etc. Info in the box said I had to do something called 3D printing to make those parts. I have no way to do any of that, and didn't know it when I bought the kit. Total waste of money

J
Jonas (San Jose, CA)
Unique rockets that are fun to print and fly!

Overall I had a great time printing, building, and flying these three rockets. The designs are innovative, but I was disappointed that the prints did not include a shock cord anchor attachment point or positive motor retention in the 3D print design. Those are two things that I expect from any rocketry 3D print design.
I used PLA+ for Bellatrix. It ended up being pretty heavy, so I might try again with an air PLA. At its current weight, I’m doubtful it will fly on anything other than a A10. I might go minimum diameter on the next attempt, too, so that I can use 18mm motors. I had stringing issues with the tiny turrets on the Mintaka, but it came out pretty sweet in PETG and flew well on its maiden flight. Rigel is my favorite overall with the fin design being quite unique. I had some stringing issues printing with PETG, and some of the nosecone detail was too thin and brittle, imo, but I eventually ended up with a beautiful rocket. Only gripe with Rigel is that the central “G” sunburst in the sticker disappears against the orange body tube. I had to fill in the G with a sharpie to make it show up, but the sunburst is still invisible.
Note: I was unable to upload any photos. It kept timing out even one photo at a time.