Green Eggs Bulk Pack
Green Eggs Rocket Assortment
Estes Green Eggs Model Rocket
Green Eggs Payloader Flying Model Rocket - Holds an Egg
Green Eggs Flying Model Rocket Parachute Recovery
Estes Green Eggs Model Rocket
Green Eggs Payloader Flying Model Rocket Kit Parts

Green Eggs™ Bulk Pack (12 pk)

SKU: 001718
UPC: 047776017184
MSRP/MAP: $219.99
$219.99
Intermediate

Looking for an exciting and educational way to teach your students about rocket science and engineering? Look no further than the Green Eggs Bulk Pack! This rocket kit is specifically designed for school science projects and STEM classes, and is the perfect way to introduce your students to the world of rocketry.

The Green Eggs Bulk Pack is specifically designed for C11 and D engines, providing a safe and stable flight for your students' experiments. And with its ability to carry a regular-sized raw egg as a payload, it's perfect for eggloft experiments. The clear payload section is large enough to carry two eggs with a D12-3 engine, making it easy to set up and launch.

Order your Green Eggs Bulk Pack today and launch your very own “eggstronauts” into the sky! Your students will love this exciting and educational experience, and you'll love the ease and convenience of this great rocket kit. So why wait? Order now and start exploring the exciting world of rocketry!

  • SKILL LEVEL: Intermediate
  • RECOMMENDED ENGINES: w/ egg : C11-3, D12-3 w/out egg : C11-5, D12-5
  • PROJECTED ALTITUDE: 825 ft. (251 m) with egg 1050 ft. (320 m) without egg

Overview

Introducing the Green Eggs Bulk Pack - the perfect rocket kit for school science projects and STEM classes. This rocket kit is specifically created for C11 and D engines and is designed to carry a regular-sized raw egg as a payload. Furthermore, it provides a safe and stable flight with a recovery suited for small school size flying fields.

Here are some of the features of Green Eggs:

  • Perfect rocket kit for school science projects and STEM classes.
  • Specifically designed for C11 and D engines for safe and stable flight.
  • Can carry a regular-sized raw egg as a payload. Thus, making it perfect for eggloft experiments.
  • The clear payload section is large enough to carry two eggs with a D12-3 engine.
  • Swept fins allow the rocket to stand by itself, making it easy to set up and launch.
  • The main body tube and clear payload section of the rocket are the same diameter. Thus, allowing for easy installation of a standard launch lug without the need for an awkward stand-off.
  • All these features add up to less time building and more time for your students to perform experiments with their “eggstronauts”.

With the Green Eggs Bulk Pack, you can provide your students with an exciting and educational experience while teaching them about rocket science and engineering.

Order your rocket kit today and launch your very own “eggstronauts” into the sky!

Estes Green Eggs Model Rocket Bulk Pack

What You Need to Fly

Estes Porta-Pad II Launch Pad and Electron Beam Launch Controller, 3/16 inch "Maxi" Launch Rod. Estes model rocket engines, starters and recovery wadding.
Four 1.5V high quality AA alkaline batteries (sold separately)

Technical Specifications

  • Recommended Engines

w/ egg : C11-3, D12-3
w/out egg : C11-5, D12-5
  • Launch System

Porta-Pad II
  • Projected Max Altitude

w/ egg : 825 ft. (251 m)
w/out egg : 1050 ft. (320 m)
  • Recovery System

18 in. (45.7 cm) Parachute
  • Length

23.6 in. (59.9 cm)
  • Diameter

1.8 in. (46 mm)
  • Weight

3.50 oz. (99.2 g)
  • Fin Material

Laser Cut Balsa Wood
Estes Green Eggs Model Rocket Kit Parts

Needed to Build (sold separately)

Scissors, Pencil, Ruler, Fine Sandpaper, Carpenter's Glue, Sanding Block, Hobby Knife, Masking Tape, Clear Tape
This product recommended for children ages 10+ with adult supervision for those under 12, and rocketeers of all ages.

Customer Reviews

Based on 1 review
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R
Ralph Wojtowicz (Winchester, VA)
engineering class project

I purchased the kits for a freshmen level college introduction to engineering project. Our objective is to study several mathematical models of altitude prediction, test the theories using data collected from the rockets, then discuss our findings. The kits are at the appropriate difficulty level for students to finish in about a class day an inexpensive enough for each student to have a kit. The only negative is that the kit website states that C and B motors can be used in the rocket. That is misleading since the motor mounts fit D motors and one must either have spent D motors or purchase adaptors to use the smaller motors. I am grateful that the motor product web pages include thrust/time data plots. We will make use of them in our course.