De.wiki kertoo translaten läpi seuraavaa: "Initially was planned, the missile Polyphemus accommodate on the boats. At 60 km range and control via a fiber optic cable side effect also Enlightenment would have been possible. After the departure of France and Italy ended the program because Germany was unable to lead Polyphemus for series production. Since the German Navy would like to replace their somewhat outdated fleet of anti-ship missiles Exocet MM38 type and RGM-84 Harpoon by RBS15 Mark 3 and Mark 4, the Braunschweig class made the beginning. A side effect is that this missile can be thanks to GPS out against stationary land targets.
For the first firing tests of RBS15 Mk.3 aboard the Magdeburg end of May 2013, Sweden sank two missiles with telemetry probes, instead of a warhead: the first rocket immediately, the second scheduled time of after nine and a half minutes of flight. Because of production errors ordered missiles were subsequently remedied at the expense of the manufacturer. The renewed operational test of the missile took place on April 28, 2015 instead of on the Corvette Magbeburg ahead of Sweden, here the missile was successfully launched and brought to the finish. The corvettes are now gradually equipped with the new main armament."
"A subsonic LPI missile is currently under development by Saab Bofors Dynamics. The next generation RBS-15 will be a LPI version of the successful RBS-15 MK3. To make this missile LPI, the design engineers are designing the seeker using frequencymodulated continuous wave spread-spectrum technology [9]. The signals used by this radar are similar to the type analyzed in Chapter I section B. Along with LPI radar, an imaging IR seeker will be used. Another advanced feature considered for integration into this missile is a two-way data link for updating targeting data [9]."
http://www.dtic.mil/dtic/tr/fulltext/u2/a509333.pdf
[9] Jane's Information Group, “JNWS 29-May-2009*Surface-to-surface missies/ Sweden/RBS 15M/RBS 15 MK 3,” Accessed 23 JUL 2009.
