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This article is about the making of a robotic bat and its European premiere at Bataclan in Paris on Oct. 14, 2012. The idea was based on the creation of two robots who would become friends and share their thoughts with each other through radio waves which would be picked up by their receivers. The robots were controlled through a combination of software and real-world actions taken by their human operators, giving them more autonomy than any other bat-shaped robot to date. This type of interaction between a robotic bat and a human is called "dual-use technology", as certain functions of the robots could be used by humans, while remaining autonomous from them. In this event, the bat was controlled using an iPad. The iPad app showed a virtual world for the bat to explore and control his actions through click-to-move controls, which were projected on a screen. When located within two meters from its intended target, it would make eye contact with the human operator then fly towards that target. To avoid collisions with other robots or people, it used a flight behavior that enabled it to return to deposit its candy before attempting another flight. The bat was successfully launched at Bataclan's "Le Monde de la Fête" event, in Paris on Oct. 14, 2012. The robo-bat is not a regular concert attendee, but was made available for people to interact with and take pictures with at the event that evening. It then sat in its starting box in the venue's reception area for the rest of the night and throughout the following day (Oct 15). Along with the bat, a set of four "science" boxes were set up in the venue's reception area. These are usually used to carry equipment for scientific experiments, but were instead used by the people present at the event to play with. Since this was an event that required no scientific expertise, it allowed for casual interaction between people who might not normally interact with each other. Robotic bats are currently being researched in several universities around the world in order to further advance dual-use technologies between humans and robots. At Colorado State University, one student is currently designing a robotic pigeon with an artificial beating heart. Another student, at the University of Washington, is experimenting with a robotic dog. A robotic dog would allow people to interact with dogs without needing to have one in their home. In order to reduce the risk of injury from a mechanical puppet, researchers from the University of Tokyo have been working on a project that allows for a torso to be moved by human movement rather than being driven by motors. In this case, the robotic puppet would be designed to stay upright while standing on its feet and while moving its limbs while moving. Since its debut at Le Monde de la Fête in Paris on Oct 14, 2012, the Robobat has traveled around Europe and seen several performances in different countries. cfa1e77820