New external antenna system for ARISS shipped to JSC ARISS Chairman Frank Bauer KA3HDO, reports that the new ARISS flight antenna systems were shipped September 6th from GSFC. The antenna systems are expected to be loaded into the MPLM (Multi-Purpose Logistics Module) and flown on the Space Shuttle Endeavour on the STS-108/UF-1 flight. STS-108 is currently scheduled for a November 29 launch date. The development of the antenna systems to be clamped on the FGB has been possible thanks to a very close and very intense cooperation between the Russian and the US teams. NASA's Carolynn Conley has done a splendid coordination job between the two agencies, running countless teleconferences to help solving the many constructional problems inherent to such a development. Efforts to finalize the deployment continue. Frank said: "I want to thank all the individuals from around the world that have enabled the ARISS team to get this far. It has been a challenging effort. Your persistence and can-do spirit enabled the antenna systems to go from just a dream to reality. I really appreciate everyone's efforts in the design, development, testing, evaluation, crew training and shipment of these antenna systems. Great job team!!" The ARRL reports that there are also plans to split the current ARISS equipment into separate ham stations – one for 2 metres and one for seventy centimetres. HF operation is also a possibility from the revamped stations. The new antennas will cover HF, VHF, UHF and microwave bands up to 2.4 GHz. They are expected to be transported to the ISS in late November aboard the shuttle Endeavour on the STS-108 mission. The new antennas could be installed during a space walk early next year after the Expedition 4 crew is aboard. Training to install the new antennas is under way. Once the appropriate gear is in place, ARISS operation could extend from HF through to 2.4 GHz. The HF antenna is a 2.5-meter long flexible tape. This will definitely work on 10 meters and could work on 15 and 20 too. The new antennas will be placed around the perimeter of the ISS Russian Service Module.