Leptron RDASS Precision
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The Rapidly Deployed Aerial Surveillance System (RDASS) Precision by Leptron UAS, Inc. is a vertical takeoff and landing multirotor platform used for stability, versatility and professional-grade remote sensing. The RDASS Precision model offers the same aerodynamic aircraft design as the RDASS HD, but it integrates a military-grade autopilot system with precision GPS and an advanced inertial navigation system. The RDASS is commanded from Leptron's Precision Ground Control Station (PGCS) that supports autonomous flight operations with the option of taking direct control at any time. The PGCS also offers the pilot superior situational awareness by displaying aircraft position on a moving map and real-time video from the aircraft's camera(s). The RDASS camera mounting system accepts Leptron stabilized or fixed gimbal configurations. Each gimbal is perfectly balanced to minimize power consumption to optimize in-air performance. Additionally, the RDASS Precision can be equipped with navigation LEDs, red and blue strobe lights, and additional video viewing stations. With dozens of user defined system configurations available, the RDASS Precision is an ideal choice for law enforcement and military operations. Airframe Materials: Lightweight 3D Printed ABS and Carbon Fiber User Selectable Cameras Payloads: Fixed, Stabilized Single or Dual Camera Combinations Video: High Definition Output, HD Remote Video Streaming Compatible • Flight Modes: Manual and Fully Autonomous • Auto Landing and Motor Shut-off • Intelligent Fault Detection: Auto Return Home due to either Lost Link or Low Battery • Dome Colors: Black, Red, or Yellow Leptron Unmanned Aircraft Systems, Inc. 1 -800-722-2800

Platform Type Rotor Tip to Rotor Tip Dimensions Operating Temperature Take-off Weight Weight without Battery Hovering Accuracy (GPS Mode) Maximum Yaw Angular Velocity Maximum Tilt Angle Maximum Horizontal Flight Velocity Wind Limits Vertical Speed Limits Supported Flight Battery Operational Ceiling Maximum Payload Operational Range Maximum Power Consumption Multi-Rotor (four fixed-pitch rotors) 31% inches (80.1 cm) -10°C - 50°C 7 lbs. 13 oz. (3539 g) 5 lbs. (2269 g) Vertical: ±31 in. (0.8 m) Horizontal: ±98 in. (2.5 m) 180°/s 35° 35 mph (30 knots, 15 m/s) 35 mph (30 knots, 15 m/s)...

PRECISION GROUND CONTROL STATION (PGCS) Leptron's Precision Ground Control Station is designed for military and law enforcement use. The rugged touch screen display resists liquids, dust, and debris. Brightness controls are adjustable for day and night operations. Plan autonomous flights by simply dropping waypoints they specify for altitude, orientation, and aircraft speed. The rugged tablet screen displays aircraft flight data and live video simultaneously. An integrated on-screen check list provides the pilot peace of mind that the aircraft is prepared for flight. • Fully autonomous or...

Leptron RDASS Precision Unmanned Quadcopter VIDEO & FlIGhT DATA ObSERVATION Additional Video Out The Leptron Additional Video HDMI Out will securely streams video and flight data information from the RDASS to any HDMI compatible monitor that is within operating range of the aircraft. Additional View Additional Video Ethernet Out The Leptron Additional Video Ethernet Out securely stream video and flight data to remote viewing monitors. Simply log-in to control and configure live video streams from any location with web access and a standard web browsing application. Additional View Ethernet...

Leptron RDASS Precision Unmanned Quadcopter CAmERA & GImbAl CONFIGURATIONS Stabilized Single-Camera Gimbal with GoPro Hero4 Black Eliminate tilt and vibration to capture high-quality video and still images used for inspection, search and rescue, aerial photography, and many other applications with the Stabilized Single-Camera Gimbal. Stabilized Dual-Camera Gimbal The Stabilized Dual-Camera Gimbal by Leptron UAS, Inc. integrates both Infrared (IR) and Electro-Optical (EO) camera technology used for a wide range of UAS applications. Precision three-axis tuning prevents video rotation caused...