High-end Radar simulation in a small package BRS desktop trainer configurations provide sophisticated radar operator training without the expense of high-end, full-mission simulators or aircraft flight time. The trainers incorporate the same high-fidelity BRS Radar Simulation System that has been proven throughout the US Navy and Air Force in advanced flight simulators. A single PC can drive both the radar student station and an instructor station. This design provides a compact, simplified configuration that is suitable for classroom use. Student stations are customizable and can be scaled in performance from simple weather radar applications to high-performance radar navigation, search or intercept applications. BRS can either provide complete desktop training systems or combine its radar simulation with other specialized training components from partner companies. RC135W Desktop Radar Trainer

Powerful Instructor/Operator Station available An optional instructor station provides total control over the training environment, including the following features: User-friendly menus for controlling trainer environment 3-D Color Relief map presentation Selectable display of airports, NAVAIDs and waypoints Correlated weather patterns on map display and radar image Ownship and target symbols displayed with flight path trails Printable map display screens and mission flight data for debriefing and grading purposes. BRS’ APG-66 Radar simulation in T-39 Radar Trainer

Independent, linked or distributed training Student stations can be operated independent or networked together with others sharing a common instructor station, thereby minimizing training personnel requirements. An optional HLA gateway plug-in is available for distributed mission training. BRS’ APN-242 Radar simulation in T25 SECT CSO Trainer 6 DOF flight model available A high-fidelity, Six Degree Of Freedom flight model is provided in conjunction with autopilot control. The autopilot model will either follow a waypoint flight plan, or will respond to commanded changes in heading, altitude or airspeed. This enables valuable radar training without requiring a pilot: Radar familiarization General navigation Air refueling exercises Mission rehearsal

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