Atlas family

Atlas G Centaur

RetiredUnited StatesConvairSpec: G Centaur

The Atlas G, also known as Atlas G Centaur-D1AR was an American expendable launch system derived from the Atlas-Centaur. It was a member of the Atlas family of rockets, and was used to launch seven communication satellites during the mid to late 1980s. Atlas G consisted of an improved Atlas core with modernized avionics and stretched propellant tanks. The Centaur stage also had several updated components and other technical improvements. It was replaced by the Atlas I, which had an improved guidance system.

Flights flown7
Success rate85.7%6/7
Payload to LEO3,630kg
Maiden flight1984-06-09
Peak year19853 flights

Atlas G Centaur is built by Convair of the United States. It first flew on 9 June 1984 and last flew on 25 September 1989.

Flight record

7 records
85.7% success rate6 of 7 flown · 1 failed
1984peak 1985 · 3 flights1989
First flight1984-06-09
Latest flight1989-09-25
Failures1
Consecutive successes1
Fastest turnaround90d 22h

Payload

Per mission profile
Low Earth orbit3,630kg

Vehicle

G Centaur spec
Stages2
Length38m
Diameter3.05m
Launch mass166t
Liftoff thrust1,896kN
Maiden flight1984-06-09
ReusableNo

Pads used

1 pad

Orbits delivered

1 orbit
Geostationary Orbit7

Launch history

7 launches
DateMissionPadOrbitOutcome
1989-09-25Atlas G Centaur | FLTSATCOM F8Launch Complex 36BGeostationary OrbitSuccess
1987-03-26Atlas G Centaur | FLTSATCOM F6Launch Complex 36BGeostationary OrbitFailure
1986-12-05Atlas G Centaur | FLTSATCOM F7Launch Complex 36BGeostationary OrbitSuccess
1985-09-28Atlas G Centaur | Intelsat 512Launch Complex 36BGeostationary OrbitSuccess
1985-06-30Atlas G Centaur | Intelsat 511Launch Complex 36BGeostationary OrbitSuccess
1985-03-22Atlas G Centaur | Intelsat 510Launch Complex 36BGeostationary OrbitSuccess
1984-06-09Atlas G Centaur | Intelsat 509Launch Complex 36BGeostationary OrbitSuccess

Specifications from Launch Library 2 by The Space Devs, launch records from Space Index. Derived figures are computed here; see sources and method.

Further reading: Wikipedia