Vladimir Putin liked the Winter Olympics so much, he decided his army needed its own event. Brazil isn’t eyeing its neighbors’ territories, so they’re more focused on defensive preparations as they prepare for soccer’s World Cup in 2014, and a 2016 Summer Olympics in Rio. Air defense is part of standard security preparations, and Brazil’s array needed an update anyway. Early reports had Brazil looking to Russia, and that may still happen, but the 2014 World Cup will see Brazil deploy a new system from Sweden…
March 8/17: The Brazilian Army has ordered an additional procurement of RBS 70 surface-to-air missile systems from Saab in a deal worth $11.7 million. In addition to the systems, the contract includes launchers, night vision equipment, training simulators and other equipment for operators and maintainers of the RBS 70. Deliveries will commence later this year and continue into 2018. A popular system, Saab has sold more than 1,600 RBS 70 units to over 19 countries.
March 3/14: Saab announces an SEK 80 million / $12.2 million contract with Brazil for RBS-70 soldier-portable anti-aircraft missile systems:
“The deal comprises an undisclosed number of RBS 70 man-portable launchers, Mk II type missiles, simulators, night vision equipment, a test set, maintenance tools, spares, associated equipment, and training for the weapon’s operators and maintainers. The systems are among others intended to protect Brazil’s strategic infrastructure, and would be employed in protection of major incoming events, including the 2014 FIFA World Cup, and the 2016 Summer Olympics in Rio de Janeiro.”
This small order (likely 12-16 systems) makes Brazil the RBS-70’s 19th customer. Unlike the Army’s more widespread Russian SA-18/24 Igla system, which depends on a seeker, the RBS-70 is a laser beamrider that homes in only on manually designated targets. That makes it essentially unjammable. It also makes the RBS 70 an excellent choice for very public venues that are likely to have a number of legitimate flying machines crowding the airspace at any given time.
The Mk.II is the most advanced form of the standard RBS-70 missile, with a speed of Mach 1.6 and a 7 km range. Saab’s release appears to make deliberate distinctions between Brazil’s buy and the most modern RBS-70 NG core system, and also between the standard Mk II missile and the top-tier Mach 2.0, 8 km Bolide. Sources: Saab, “Saab signs contract for RBS 70 with Brazilian Army”.
Brazil buying RBS-70s
Dec 17/13: Testing. Brazil’s Army confirms the BRL 4.5 million/ $1.9 million purchase of 1 RBS-70 MK2 BOLIDE system and firing rounds for tests. The announcement clearly specifies testing only, but it also recommends the system’s adoption for the 2014 World Cup. Sources: Tecnologia & Defesa, “Defesa antiaérea da Copa FIFA 2014: Brasil vai de RBS-70 MK2 Bolide”.
Brazil buying RBS-70s
Additional ReadingsGeographic Information to Support decision Making in Operations (GISMO) is a cooperative project between the European Defence Agency and the European Satellite Centre and involves the European Military Staff, the Multinational Geospatial Support Group and Member States. The main output from the project is a geospatial information management capability called GeohuB. GeohuB was first demonstrated in 2016 and has now been successfully implemented at the Operational Headquarter (OHQ) in Rome in support of the EUNAVFOR MED Operation SOPHIA.
The availability of Geospatial Information (GI) is a key requirement to ensure effective planning, conduct of operations and support to decision-making. The GISMO project, initiated jointly by EDA and EU SATCEN, is addressing this requirement. The GeohuB tool was initially deployed in a standalone capacity in the EUNAVFOR MED Operation SOPHIA Operational Headquarters in Rome. Early in 2017 the tool was successfully installed into the Operation Sophia Classified Mission Network.
In February 2017 a Training and Operational Field Trial (OFT) was conducted within the OHQ with the objective of assessing the maturity and the operational value of the GeohuB tool and associated GI management capability. The availability to all staff of geographic-based information was easily accessible through web services in the Classified Mission Network. Such GI access enables improved shared situational awareness and to inform the decision making process within the OHQ.
The intuitive and user friendly access to the GI provided by the GISMO GeohuB facilitated the access to shared information by both expert and non-expert GI users in the OHQ. CJ2 and JOC products were produced using the GeohuB during the OFT, with higher value for the CJ Staff. Looking to the future, based on this successful OFT and associated training, the project will now transition the GeohuB to a Fielded Initial Operating Capability with the long term objective being to provide a Full Geographic Information System Capability within EU-led Missions and Operations.
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