DENVER AEROSPACE SCIENCE MUSEUM

AURORA, CO

Lowry: The First Titan Missile Base Wings Over the Rockies Air and Space Museum To prevent nuclear war, our enemies had to understand that if they struck first, enough of our missiles would survive to destroy their country. The Titans were kept safe in underground concrete silos and raised to the surface before launch.
Lowry: The First Titan Missile Base Credit: rocbolt

The Denver Aerospace Science Museum in Aurora, Colorado is dedicated to educating the public about the history and science of flight. The museum houses a variety of aircraft and artifacts from the earliest days of aviation to the most advanced aircraft of today. Visitors can explore the galleries and exhibits to learn about the history of flight, including the development of the first balloons, gliders, and powered aircraft. The museum also features interactive displays, hands-on activities, and an IMAX theater that shows educational films.

The museum is home to a variety of aircraft, including a replica of the Wright Brothers' 1903 Flyer, a P-51 Mustang, a B-17 Flying Fortress, and many others. Visitors can explore the cockpit of the aircraft and learn about their features. The museum also features a variety of artifacts, including scale models, photographs, and original aircraft parts.

The museum offers a variety of educational programs and events, including workshops and lectures. These programs are designed to educate and inspire people of all ages about the history and science of flight. The museum also offers summer camps and aviation-themed birthday parties. The Denver Aerospace Science Museum is a great place to explore the history and science of flight and to learn about the wonders of aviation.

DENVER AEROSPACE SCIENCE MUSEUM is a Science & Technology Museums & Planetarium in AURORA CO. US MID #8400800452

The museum is classed as SCI (Science & Technology Museums & Planetariums). It comes under American Alliance of Museums (AAM) region: Mount Plains (Colorado, Kansas, Montana, North Dakota, Nebraska, New Mexico, Oklahoma, South Dakota, Texas, Wyoming).

Lowry: The First Titan Missile Base Wings Over the Rockies Air and Space Museum To prevent nuclear war, our enemies had to understand that if they struck first, enough of our missiles would survive to destroy their country. The Titans were kept safe in underground concrete silos and raised to the surface before launch.
Lowry: The First Titan Missile Base Wings Over the Rockies Air and Space Museum The Titan I missiles were phased out in 1965 as the larger, more powerful Titan Il became operational. A crane removed the last Lowry missile on April 14, 1965.
Titan I Missile Silo Model Wings Over the Rockies Air and Space Museum
“Little Boy" Atomic Bomb Replica Wings Over the Rockies Air and Space Museum “Little Boy" Atomic Bomb This is a replica of the bomb that the American B-29 bomber Enola Gay dropped over the city of Hiroshima, Japan 75 years ago on August 6. The explosion killed about 40% of the residents. This was the first use of a nuclear weapon in war. Three days later, the US dropped a second atomic bomb on Nagasaki, which resulted in the surrender of Japan and the end of World War II.
B28RE Nuclear Bomb Wings Over the Rockies Air and Space Museum Mk28/B28RE Hydrogen Bomb The Mk28 hydrogen bomb, although first produced in 1958, remained an active item until 1991. It was designed to be carried by various fighter and bomber aircraft (F-100, F-104, F-105, B-47, B-52, and B-66). This weapon is capable of a ground or air burst and may be carried internally or externally, with a free-fall or parachute retarded drop, depending upon its configuration. The W28 small diameter, light weight thermonuclear warhead in Mk28 became the most versatile and widely used design ever adopted by the United States. This tactical and strategic thermonuclear bomb had the longest US service duration (33 years) and 2nd largest production run of any U.S. weapon design with over 4500 produced. The last weapons were retired from the U.S. arsenal in 1991. The Mk-28 employed the "Building Block" principle, permitting various combinations of components to be combined: B28EX -Carried externally by F-100, F-105, and F-4; no parachute. B28RE - Carried externally; equipped with one 4-ft. pilot chute and one 28 ft. ribbon chute. B28IN - Carried internally by B-52 and F-105; no parachute. B28RI - Carried internally; equipped with one 4-ft. pilot parachute, one 16.5-ft. ribbon extraction chute, one 64-ft. solid chute, and one 30-in. stabilization chute. B28FI - Carried internally; equipped with one 4-ft. pilot chute, one 16-ft. and one 24-ft. chute. This Mk28RE was used at Lowry to teach students how to load and unload the weapon on different types of aircraft. It is displayed underneath the F-100 Super Sabre, one of the primary aircraft used as a delivery system. Specifications Length: 96-170 inches Diameter: 20 or 22 inches Weight: 1,700 -2,320 pounds Yield: Low kiloton to low megaton range
Daisy Denver Botanic Gardens
B53 Nuclear Bomb Loading Dummy (Type BDU-9/E) Wings Over the Rockies Air and Space Museum The B53 was a high-yield bunker buster thermonuclear weapon deployed on Strategic Air Command (SAC) bombers by the United States during the Cold War. With a yield of nine (9) megatons, the B53 was the most powerful weapon in the U.S. nuclear arsenal circa 1976. The B53 Bomb Dummy Unit (BDU) was used to train bomb technicians on how to upload and download the B53 on to and down from the carrier aircraft. The bomb technicians also can monitor the signal from the aircraft to the bomb once it is uploaded thus verifying connection with the aircraft. B53 BDU Type: Nuclear weapon training device Place of origin: United States Service history In service: 1962-1997 Production history Designer: LANL Designed: 1958-1961 Manufacturer: Atomic Energy Commission Produced: 1961-1965 Number built: Unknown Specifications Weight: 8,850 lb (4,010 kg) Length: 12 ft 4 in (3.76 m) Diameter: 50 in (4.2 ft; 1.3 m) Filling (When Operational): - Fission: 100% oralloy - Fusion: Lithium-6 and deuteride Blast yield: 9 megatons
B43 Nuclear Bomb Wings Over the Rockies Air and Space Museum For more than twenty years the B43 was the United States' air-dropped nuclear weapon used by a wide variety of aircraft. The weapon was developed in 1956 by Los Alamos National Laboratory, entering service in April 1961. Total production was 2,000 weapons, ending in 1965. The B43 was built in three variants: Mod 0, Mod 1, and Mod 2, each with five yield options. Explosive yields varied from 70 kilotons of TNT to 1 megaton of TNT. The B-43 could be delivered at altitudes as low as 300 ft, with fusing options for air burst, ground burst, free fall, contact, or laydown delivery - a mode of deploying a free-fall nuclear weapon in which the bomb's fall is slowed by parachute so that it actually lands on the ground before detonating. Aircraft that could carry the weapon included most USAF, USN and USMC fighters, bombers and attack aircraft, including the A-3 Skywarrior, A-4 Skyhawk, A-5 Vigilante, A-6 Intruder, A-7 Corsair II, B-47 Stratojet, B-52 Stratofortress, F-100 Super Saber, F-105 Thunderchief, F-4 Phantom Il, F-111 Aardvark, FB-111A, F-15E Strike Eagle, F-16 Fighting Falcon, and the F/A-18 Hornet. The B-1B Lancer was also intended to carry the B43 prior to the B-1's reassignment to conventional strike roles. The B43 was also supplied to Great Britain. The B43 was never used in anger, but it was involved in a nuclear accident when an A-4 Skyhawk of the USS Ticonderoga from Attack Squadron VA-56 was lost off the coast of Japan on 5 December 1965. The aircraft, the pilot, and the bomb were never found. The B43 was phased out in the 1980s, and the last B43 weapons were retired in 1991 in favor of the newer B61 and B83 weapons. The upper weapon was used by Explosive Ordnance Disposal (EOD) teams to practice their skills on, while the lower weapon was used by aircraft ground crews to practice loading the weapon on various aircraft. The "spike" on the end of the weapon buried itself in the ground and kept the unit from being dragged by its parachute when the target was small and needed precision accuracy. Specifications Weight: 2125 pounds Length: 13 feet, 8 inches Diameter: 18 inches Yield: 70 Kilotons to 1 Megaton
B43 Nuclear Bomb Wings Over the Rockies Air and Space Museum For more than twenty years the B43 was the United States' air-dropped nuclear weapon used by a wide variety of aircraft. The weapon was developed in 1956 by Los Alamos National Laboratory, entering service in April 1961. Total production was 2,000 weapons, ending in 1965. The B43 was built in three variants: Mod 0, Mod 1, and Mod 2, each with five yield options. Explosive yields varied from 70 kilotons of TNT to 1 megaton of TNT. The B-43 could be delivered at altitudes as low as 300 ft, with fusing options for air burst, ground burst, free fall, contact, or laydown delivery - a mode of deploying a free-fall nuclear weapon in which the bomb's fall is slowed by parachute so that it actually lands on the ground before detonating. Aircraft that could carry the weapon included most USAF, USN and USMC fighters, bombers and attack aircraft, including the A-3 Skywarrior, A-4 Skyhawk, A-5 Vigilante, A-6 Intruder, A-7 Corsair II, B-47 Stratojet, B-52 Stratofortress, F-100 Super Saber, F-105 Thunderchief, F-4 Phantom Il, F-111 Aardvark, FB-111A, F-15E Strike Eagle, F-16 Fighting Falcon, and the F/A-18 Hornet. The B-1B Lancer was also intended to carry the B43 prior to the B-1's reassignment to conventional strike roles. The B43 was also supplied to Great Britain. The B43 was never used in anger, but it was involved in a nuclear accident when an A-4 Skyhawk of the USS Ticonderoga from Attack Squadron VA-56 was lost off the coast of Japan on 5 December 1965. The aircraft, the pilot, and the bomb were never found. The B43 was phased out in the 1980s, and the last B43 weapons were retired in 1991 in favor of the newer B61 and B83 weapons. The upper weapon was used by Explosive Ordnance Disposal (EOD) teams to practice their skills on, while the lower weapon was used by aircraft ground crews to practice loading the weapon on various aircraft. The "spike" on the end of the weapon buried itself in the ground and kept the unit from being dragged by its parachute when the target was small and needed precision accuracy. Specifications Weight: 2125 pounds Length: 13 feet, 8 inches Diameter: 18 inches Yield: 70 Kilotons to 1 Megaton
B28RE Nuclear Bomb Wings Over the Rockies Air and Space Museum Mk28/B28RE Hydrogen Bomb The Mk28 hydrogen bomb, although first produced in 1958, remained an active item until 1991. It was designed to be carried by various fighter and bomber aircraft (F-100, F-104, F-105, B-47, B-52, and B-66). This weapon is capable of a ground or air burst and may be carried internally or externally, with a free-fall or parachute retarded drop, depending upon its configuration. The W28 small diameter, light weight thermonuclear warhead in Mk28 became the most versatile and widely used design ever adopted by the United States. This tactical and strategic thermonuclear bomb had the longest US service duration (33 years) and 2nd largest production run of any U.S. weapon design with over 4500 produced. The last weapons were retired from the U.S. arsenal in 1991. The Mk-28 employed the "Building Block" principle, permitting various combinations of components to be combined: B28EX -Carried externally by F-100, F-105, and F-4; no parachute. B28RE - Carried externally; equipped with one 4-ft. pilot chute and one 28 ft. ribbon chute. B28IN - Carried internally by B-52 and F-105; no parachute. B28RI - Carried internally; equipped with one 4-ft. pilot parachute, one 16.5-ft. ribbon extraction chute, one 64-ft. solid chute, and one 30-in. stabilization chute. B28FI - Carried internally; equipped with one 4-ft. pilot chute, one 16-ft. and one 24-ft. chute. This Mk28RE was used at Lowry to teach students how to load and unload the weapon on different types of aircraft. It is displayed underneath the F-100 Super Sabre, one of the primary aircraft used as a delivery system. Specifications Length: 96-170 inches Diameter: 20 or 22 inches Weight: 1,700 -2,320 pounds Yield: Low kiloton to low megaton range
Vorticity Anibal Catalan, Denver International Airport, Denver, CO

Contact DENVER AEROSPACE SCIENCE MUSEUM

DENVER AEROSPACE SCIENCE MUSEUM
22370 E ROCKINGHORSE PKWY
AURORA
CO
80016

Disclaimer: please note this database is maintained by volunteers and whilst we endeavour to do our best, we cannot guarantee the accuracy of the listing.

If you notice any errors or omissions in the listing, please let us know in the comments section below.

< DENVER FIREFIGHTERS MUSEUM INC WILDLIFE WORLD MUSEUM >

Find more AURORA CO Museums

What 3 Words

///fuels.wreck.expire. Near Dove Valley, Colorado

Nearby Museums

AURORA HISTORICAL SOCIETY CHILDRENS EXPLORATORIUM AURORA HISTORY MUSEUM CHERRY CREEK VALLEY HISTORICAL SOCIETY INC

Map of DENVER AEROSPACE SCIENCE MUSEUM

DENVER AEROSPACE SCIENCE MUSEUM Information

MID # 8400800452
Name DENVER AEROSPACE SCIENCE MUSEUM
Alternate Name
Classification Science & Technology Museums & Planetariums, , Mount Plains
Federal Employer Identification Number (EIN) 840802881
NTEECC
Tax period of the latest return filed (YYYYMM) 201305
INCOME 0
REVENUE 0
LAT/LONG 39.590776, -104.736027
CODES FIPS State Code: 08
FIPS County Code: 035
US Census Tract: 013901
US Census Block: 2048