Estes Orion Rocket Bundle
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
Estes Rigel Model Rocket Parachute Recovery
Estes Orion Rocket Bundle
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
Estes Rigel Model Rocket Parachute Recovery
Estes Rockets

Orion

SKU: 001113
$32.99
Sale Sold out
Intermediate

Introducing the Estes Orion 3D Rocket Kit – a revolutionary three-pack bundle that lets you customize and build three distinct intermediate-level rockets: Bellatrix, Mintaka, and Rigel. This unique kit combines traditional model rocket components with 3D printing technology, offering enthusiasts a blend of hands-on craftsmanship and modern innovation!

Upon purchasing the Orion kit online, you'll receive a comprehensive package that includes two body tubes, a parachute, a durable shock cord, an engine mount, an engine block, an engine spacer, a space tube, a retainer ring, an engine hook, vibrant decals, and precision laser-cut centering rings. Spec sheets for each rocket – Bellatrix, Mintaka, and Rigel – are also included to guide your build.

The Orion kit utilizes 3D printing to take your creativity to a whole new level! Shortly after your purchase, you’ll receive an email with downloadable files for 3D printing three essential components for each rocket: the fin can, coupler, and nose cone. This allows you to personalize your rockets by choosing your preferred colors and materials for these parts, adding a unique touch to each rocket!

The Estes Orion kit is perfect for both seasoned rocket builders and newcomers eager to explore the fusion of traditional model rocketry and 3D printing! Ignite your imagination and take flight with the customizable Estes Orion 3D Rocket Kit!

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)

Overview

Needed to Fly

Specs

Reviews

Overview

A New Era in Model Rocketry

Introducing the Estes Orion 3D Rocket Kit – a revolutionary three-pack bundle that lets you customize and build three distinct intermediate-level rockets: Bellatrix, Mintaka, and Rigel. This unique kit combines traditional model rocket components with cutting-edge 3D printing technology, offering enthusiasts a blend of hands-on craftsmanship and modern innovation!

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

Comprehensive Kit Components

Upon purchasing the Orion kit online, you'll receive a comprehensive package that includes:

  • Three robust tubes
  • A parachute
  • Shock cord
  • An engine mount
  • An engine block
  • An engine spacer
  • A space tube
  • A retainer ring
  • An engine hook
  • Vibrant decals
  • Precision laser-cut centering rings

Additionally, spec sheets for each rocket – Bellatrix, Mintaka, and Rigel – are included to guide your build!

Customizable 3D Printed Components

The Orion kit utilizes 3D printing to take your creativity to the next level! Shortly after your purchase, you’ll receive an email with downloadable files for 3D printing three essential components for each rocket: the fin can, coupler, and nose cone. This allows you to personalize your rockets by choosing your preferred colors and materials for these parts, adding a unique touch to each rocket!

The Rockets

Bellatrix (13mm)

The Bellatrix rocket is designed for intermediate builders and utilizes a 13mm engine. With a maximum altitude of 300 feet, Bellatrix is perfect for those who want to enjoy a manageable yet thrilling launch!

Mintaka (18mm)

Mintaka, the second rocket in the Orion 3D Rocket Kit, uses an 18mm engine and is also suited for intermediate builders. This rocket can reach an impressive maximum altitude of 700 feet, providing an exciting challenge for hobbyists looking to push their skills further!

Rigel (24mm)

The Rigel is the most advanced of the trio, utilizing a 24mm engine. It soars to a breathtaking maximum altitude of 900 feet, making it the pinnacle of the Orion kit experience!

The Estes Orion 3D Rocket Kit is perfect for both seasoned rocket builders and newcomers eager to explore the fusion of traditional model rocketry and 3D printing! Ignite your imagination and take flight with the customizable, high-performance Estes Orion 3D Rocket Kit! Each rocket offers a unique experience and a new challenge. With countless design opportunities and customization options, the sky really is the limit! Grab your Orion 3D Rocket Kit and get flying today!

*3D print files will be emailed to you shortly after purchase*
Estes Orion Rocket Bundle

What You Need to Fly

  • 002222 - Porta-Pad® II Launch Pad and Electron Beam® Launch Controller

    Plataforma de lanzamiento Porta-Pad® II y controlador de lanzamiento Electron Beam®

    Plataforma de lanzamiento Porta-Pad® II y controlador de lanzamiento Electron Beam®

    $39.99
    $39.99 $39.99
  • Estes Rocket Recovery Wadding

    Guata de recuperación

    Guata de recuperación

    $5.99
    $5.99 $5.99
  • Estes A3-4T Model Rocket Engines

    Motores A3-4T

    Motores A3-4T

    $11.29
    $11.29 $11.29
  • Estes C6-5 Rocket Engines

    Motores C6-5

    Motores C6-5

    $12.99
    $12.99 $12.99
  • Estes D12-3 Model Rocket Engines

    Motores D12-3

    Motores D12-3

    $13.49
    $13.49 $13.49
Estes Porta-Pad II Launch Pad and Electron Beam Launch Controller, Estes model rocket engines, starters, recovery wadding, and four 1.5V high quality AA alkaline batteries (sold separately).

Technical Specifications

  • 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

  • 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

Needed to Build (sold separately)

Yellow glue, pencil, hobby knife, ruler, fine sandpaper, CA glue
Download Instructions - Bellatrix
Download Instructions - Mintaka
Download Instructions - Rigel
Estes Bellatrix Model Rocket Streamer Recovery
This product recommended for children ages 10+ with adult supervision for those under 12, and rocketeers of all ages.

Customer Reviews

Based on 3 reviews
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J
Jonathan
Great concept, needs refined

This concept looks great and is a wonderful price. The problem I've been having is printing these parts on a hobby printer is a struggle as most of the parts are 1-2 print layers thick resulting in print warpage and errors while printing.
I'd like to see these parts with a redesign to be easier to print (thicker pieces) so more people can easily enjoy 3D printing in rocketry.

C
C.M.
One Small Step - One Giant Leap

This opens the door. Imagine putting this in the hands of an 8 y.o. curious kid. My head would have exploded. 3 designs for $11 each is awesome. Yes, there can/will be advances for at-home 3D printed rockets, but this is a great start. Cool fin and nose cone designs - Bravo.

R
R.
Questions

Hi There,
. This is a great idea. It makes sense for accessories to come from Estes that complete the hardware and engine requirements, however why couldn't the 3D printing be set up to print tube lengths of different diameters and integrated couplings?
I'm sure that with the right structural design within a tube two parts can be joined to be stable and withstand stress of being joined together and maintaining integrity.

Another consideration may be this: as complete mechanical devices can be printed in one piece but then come off the print platform, it may be interesting to attempt to create a single print upper or mid rocket mounted assembly that when the secondary charge blows to deploy a chute etc it deploys the mechanical elements of the 3D device that opens wings for gliding or auto gyro rotational re-entry.

I'm sure you are all over this and it means that you have new options afoot for the market.
Consider a Rocket to altitude and returned to your feet using an ultra small drone that is powered on and when deployed instead of a chute - as it free falls tethered to the rocket opens its rotors and flies. GPS can do the rest.
Loads more ideas!