Search

for

Spend $100.00 for FREE shipping	Cart Empty:	$0.00
	US Shipping:	$0.00
	Total:	$0.00

Code: DM-50375

Status: Sold out - Discontinued
We regret this item is no longer available for sale. Please see the product description for links to similar items we still have available.

Dragon Models 1:72 Aerospace Program 50375
Display Model
NASA, Apollo 11 Columbia + Eagle, Lunar Approach July 20th, 1969, Command + Lunar Module 2-Piece Set

1:72 Scale     Length     Width
North American Apollo CSM     6"     2.25"
Grumman Apollo Lunar Module     5.5"     5.5"

Apollo 11 was the first manned mission to land on the Moon. It was the fifth human spaceflight of Project Apollo and the third human voyage to the Moon. Launched on July 16, 1969, it carried Mission Commander Neil Armstrong, Command Module Pilot Michael Collins, and Lunar Module Pilot Edwin 'Buzz' Aldrin, Jr. On July 20, Armstrong and Aldrin became the first humans to walk on the Moon, while Collins orbited above.

This model features the Lunar Module (callsign: "Eagle") still coupled to the Command/Service Module (callsign: "Columbia") on its approach to the Moon. The spacecraft modules possess accurate details. Having the two modules connected like this makes for an impressive sight when they're exhibited on the integral display stand. The set also makes for an interesting education lesson, allowing collectors to understand more about this milestone event. The Apollo 11 mission was indeed "one small step for man, one giant leap for mankind." And now Dragon has added one more significant step in the Space series!

North American Apollo CSM

Built for NASA by North American Aviation, the Apollo Command/Service Module was first launched on January 20, 1966 during the A-004 flight that comprised the final test of the Apollo launch system. One of two spacecraft used for the Apollo program, the Command/Service Module (CSM), along with the Lunar Module, was used to land astronauts on the moon. The two part system included the disposable Service Module, which provided power, propulsion and storage and was cast off prior to re-entry, and the Command Module, which housed the crew and the equipment necessary for a successful re-entry and splashdown at the end of a mission.

Grumman Apollo Lunar Module

Built for NASA by Grumman, the Apollo Lunar Module was first test flown (unmanned) as part of the Apollo 5 mission, launched on January 22, 1968. One of two spacecraft used for the Apollo program, the Lunar Module, along with the the Command/Service Module (CSM), was used to land astronauts on the moon. The module consisted of a rocket-powered ascent stage mounted atop a separately powered descent stage that was equipped with four folding legs that were extended enroute to the moon for the lunar touchdown. The ascent stage incorporated a docking hatch to allow crewmembers to transfer between the Lunar Module and Command Module.

Dragon's 1:72 scale Apollo spacecraft is comprised of an accurately recreated Command Module permanently mated to an equally detailed Service Module. The Command Module is constructed in plastic with a metallic chrome finish, complete with a separately-attached docking probe mechanism, handles and umbilical cable fairing. The Service Module is made primarily from diecast metal, with plastic components used to achieve fine details such as the four equally spaced reaction control thruster assemblies. Other details include clearly visible raised electrical and environmental radiator panels, four delicate photo-etched metal deep space antennas that rotate in unison and a large engine nozzle that is beautifully replicated with crisp scale panel lines and internal nozzle details.

Dragon's 1:72 scale Lunar Module is constructed entirely of plastic and loaded with many fine details. The multi-faceted upper "ascent stage" features separately applied communication and radar antennas and four reaction control thruster assemblies. The forward portion features simulated front and docking windows and a crew hatch with egress platform and ladder below. The entire lower "decent stage" correctly showcases the wrinkled finish of simulated thermal insulation sheets. Addition details include plume defector shields mounted to the top of this stage below each reaction control thruster. The landing gear is fixed in the retracted position for some releases or deployed in others (see photos).