NASA Delta 59 RFI Test

Thor Delta E Launch Preparations

Thor Delta E, S/N 37, Pre-Launch Activities

Thor Delta E Rocket on Launch Pad

DSV-3C, Thor Delta C, S/N 26M 392 at Cape Kennedy Missile Test Center

TAD Delta #25 M417 Syncom C

Thor Delta E, S/N 39, Launch Takeoff

Thor Delta E Rocket, S/N 35, on Launch Pad

TAD Delta #25 M417 Syncom C

Thor Delta Thrust Augmentor Booster Rockets, Times Three

Thor Delta G, S/N 43, Launch Liftoff

Thor Delta C Rocket, S/N 29, at Cape Kennedy Missile Test Center

Delta I Launch

TAD Delta #25 M417 Syncom C Aproaches Launch Pad

Thor Delta G, S/N 43 Missile 471, on Launch Pad

Thor Delta E Rocket, S/N 39, Launch Preparations

Thor Delta D, S/N 25, on Launch Pad with Crew

Delta 22, Tiros 8, Missile #371, R.F. Checks

Thor Able-Star, S/N 305, on Display

Thor Able #119 Liftoff

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NASA Delta 59 Intellsation Thor Delta M

The Thor intermediate-range ballistic missile (IRBM) provided nuclear deterrence before intercontinental ballistic missiles were ready. It passed its capability tests in 1958. It was deactivated in 1966, as the U.S. began to rely on larger, more advanced ICBMs. Thor missiles later were configured as space launch vehicles, Thor-Able-Star and Thor-Agena, for the Air Force and NASA, providing technology for current launch systems. A fourth modification of Thor, the Thor-Delta, has evolved into the world's most dependable and most frequently used commercial space launch vehicle, the Delta rocket. The Rocketdyne division of North American provided the propulsion system for the Thor missile and subsequent space launch vehicles.

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