Home About Defence SA Executive team Ms Julie Barbaro. Julie worked in the defence industry for. Of the Mt Eliza Leadership Development Program and the. Phone number & email as Research Leader @ Defence SA Zoominfo.com. The Defence and Industry Study Course (DISC), the Defence Industry Leadership Program.

South Africa has decades of experience developing missile and rocket technology, but it its covert program after announcing the end of its secret nuclear weapons program in the early 1990s. Design Characteristics Tables • Since the mid-1960s, South Africa has developed short-range; in the 1970s and 1980s, South Africa, with help from, began developing a longer range ballistic missile as a possible delivery vehicle for nuclear warheads. A July 1989 test launch of what South Africa called a 'booster rocket' confirmed Pretoria had a ballistic missile program similar to Israel's Jericho missile series, and precipitated intense scrutiny from the United Nations and the. [1] South Africa had dismantled its nuclear weapons program by the early 1990s, and subsequently halted its long-range missile program. Seriales Para Activar Windows Vista Ultimate 32 Bits here. It is now a member of the, and the.

[2] Capabilities South Africa developed the Republic of South Africa (RSA) missile series, based largely on Israeli missiles. Armscor, the principal developer of Pretoria's nuclear weapons system, designed that could be delivered by aircraft, but it had plans to upgrade the weapons for possible delivery by RSA missiles. [3] Pretoria developed four missiles whose design characteristics are shown in Table 1. The RSA-1 was an intermediate-range, single-stage ballistic missile with a 1,100km trajectory coupled with a standard warhead mass of 1,500kg.

The RSA-2 followed, with a range of 1,900km and the ability to carry a 1,500kg standard warhead mass. [4] The RSA-3, based on the Israeli Jericho missile/Shavit launch vehicle, was a three-stage solid-fueled orbital launch vehicle. While Pretoria wanted to develop a long-range for warhead delivery, it did not have the technology at the time to produce a lightweight warhead for missile delivery. [5] The RSA-3's first stage had control or steering vanes in the exhaust and at the base of the vehicle. A guidance/ orientation/spin-up bus for the third stage and payload, totaling a mass of 583kg, topped the second stage. After second stage burnout, the spin-stabilized third stage placed the payload into orbit. [6] To support its missile development program, South Africa developed an indigenous solid-propellant production capability.

The RSA-4 was still in development when Pretoria announced the dismantlement of its nuclear weapons program and subsequently its space program. [7] South Africa is currently developing a land-attack cruise missile (LACM), Torgos, with a range of 300km, primarily for an export market. [8] The Torgos design was displayed at a 1999 exhibit in Dubai, but a lack of funding has prevented the realization of the missile. [9] The Torgos missile integrates several MUPSOW (Multi-Purpose, Stand-Off Weapon) subsystems. The state-owned firm Denel Dynamics successfully flight tested a 200km-range MUPSOW in 2002. [10] However, in 2006 the South African Air Force faced serious budget cuts which prevented further investment in the development of either the MUPSOW or Torgos missiles, and Denel has said that without a confirmed buyer the weapons are too expensive to develop.