Semroc Flying Model Rocket Kit Aerobee 150™ KD-3

Semroc Flying Model Rocket Kit Aerobee 150™ KD-3

USD 36.89 USD
SKU: aghXjYBp
Condition: New

Semroc Flying Model Rocket Kit Aerobee 150™ KD-3Skill Level 2Laser-Cut Balsa FinsPrecision Turned Balsa Nose Cone 16" Parachute RecoveryWaterslide DecalsBody Diameter 1.54" (3.9cm) Length 28.4" (72.1cm) Fin Span 6.2" (15.7cm) Net Weight 2.8oz (79.4g) Engine Approx. AltitudeD12-5 900' E12-6 1500'Made in the USAHistory The Aerobee 150 was designed by Aerojet General and was first flown in 1955 as an Aerobee-Hi. The Aerobee series was developed to replace the V-2 and WAC Corporal and was an outgrowth of the Navy’s Bumblebee project. NASA renamed the Aerobee-Hi to Aerobee 150 in 1959, but they were still essentially the same design. Evolving over the years to a four fined version, the Aerobee 150A, and a two stage version, the Aerobee 300 “Spaerobee”, the program was highly successful with over 500 launches.Instructions: Aerobee 150 Model Rocket Kits are rated by Skill Level1 Beginner2 Intermediate3 Advanced4 Expert5 MasterIf you are just starting in the hobby start at the beginner level and move up from there at your own pace.What is needed to build and flyAll model rockets come in kit form that require assembly. The materials are primarily cardboard tubes, balsa or plastic fins and nose cone. Materials will vary by model and are typically specified in the description of each kit. Additional supplies will be necessary to build and finish your model rocket kit and may include:Scissors, Hobby KnifeRulerWood Glue, Model Cement or CA(Super Glue)SandpaperMasking TapeFinishing Supplies like:Wood FillerSealer/PrimerPaintLaunching Equipment and Supplies like:Recovery waddingLaunch PadLaunch ControllerPower supplyModel Rocket Motors and IgnitersA safe place to fly using guidelines from the National Association of Rocketry Safety Code

Categories: Models & Kits

Specifications

Return Shipping Will Be Paid ByBuyer
All Returns AcceptedReturns Accepted
Item Must Be Returned Within60 Days
Refund Will Be Given AsMoney Back
Unit Of SaleSingle Unit
Assembly StatusUnassembled Kit
MaterialPaper
Set Includesmodel rocket kit
MPNKD-3
Age Level12 years and up
Item Length28.4 inches
Subjectscience
BrandSemroc
Typemodel rocket kit
Skill Level3 – Intermediate
ThemeRockets & Space
FeaturesKit
Country/Region Of ManufactureUnited States
Item Weight2.8 ounces

Semroc Flying Model Rocket Kit Aerobee 150™ KD-3Skill Level 2Laser-Cut Balsa FinsPrecision Turned Balsa Nose Cone 16" Parachute RecoveryWaterslide DecalsBody Diameter 1.54" (3.9cm) Length 28.4" (72.1cm) Fin Span 6.2" (15.7cm) Net Weight 2.8oz (79.4g) Engine Approx. AltitudeD12-5 900' E12-6 1500'Made in the USAHistory The Aerobee 150 was designed by Aerojet General and was first flown in 1955 as an Aerobee-Hi. The Aerobee series was developed to replace the V-2 and WAC Corporal and was an outgrowth of the Navy’s Bumblebee project. NASA renamed the Aerobee-Hi to Aerobee 150 in 1959, but they were still essentially the same design. Evolving over the years to a four fined version, the Aerobee 150A, and a two stage version, the Aerobee 300 “Spaerobee”, the program was highly successful with over 500 launches.Instructions: Aerobee 150 Model Rocket Kits are rated by Skill Level1 Beginner2 Intermediate3 Advanced4 Expert5 MasterIf you are just starting in the hobby start at the beginner level and move up from there at your own pace.What is needed to build and flyAll model rockets come in kit form that require assembly. The materials are primarily cardboard tubes, balsa or plastic fins and nose cone. Materials will vary by model and are typically specified in the description of each kit. Additional supplies will be necessary to build and finish your model rocket kit and may include:Scissors, Hobby KnifeRulerWood Glue, Model Cement or CA(Super Glue)SandpaperMasking TapeFinishing Supplies like:Wood FillerSealer/PrimerPaintLaunching Equipment and Supplies like:Recovery waddingLaunch PadLaunch ControllerPower supplyModel Rocket Motors and IgnitersA safe place to fly using guidelines from the National Association of Rocketry Safety Code

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