500 User Manual | v1.1 About This Manual This user manual provides the basic information you need to set up, operate and maintain your Uncrewed Aircraft System UAS. On its own, this manual is not intended to be sufficient to ensure safe and compliant drone operations.
500 User Manual | v1.1 Contents About This Manual About Your Uncrewed Aircraft System Features Support Before You Fly Package Contents Standard Package Additional Items Accessories Specifications Aircraft Handheld Controller Ground Control Station GCS Aircraft Performance Radio Frequency Systems...
500 User Manual | v1.1 About Your Uncrewed Aircraft System The aria 500 UAS by Garuda Robotics is an industrial grade multirotor uncrewed aircraft designed for flight operations in manual, semi-autonomous or fully-autonomous modes both indoors GNSS-denied) and outdoors. The onboard mission computer supports development of custom flight logic and enables access to a variety of situational awareness sensors.
Such a checklist will typically include regulatory, environmental, risk, and NOTE platform assessments. Garuda Robotics assists many clients with the development, automation, and management of such checklists. Write to sales@garuda.io for more information.
Contact your local distributor for details. Accessories Your package comes supplied with all equipment required to get started. You may purchase additional batteries, rotors, and other accessories from Garuda Robotics or your preferred authorised reseller. All rights reserved.
500 User Manual | v1.1 Specifications Aircraft Dimensions Standard configuration 515 mm W × 515 mm D × 230 mm H 630 mm (diagonal) Weights Dry weight (no battery) 1,850 g With standard battery 3,150 g Maximum Takeoff Weight MTOW...
500 User Manual | v1.1 Identifying Parts and Controls Aircraft Side View Bottom View GNSS antenna LP6100 22.2V 10,000 mAh LiPo battery Rotor guard Rotors Orin NX Mission Computer Forward camera TFmini-S upwards TOF sensor TFmini-S downwards TOF sensor Vilota DP180 Pro + DP180 Pro Nadir VIO VectorNav VN100 IMU...
500 User Manual | v1.1 Handheld Controller Front View Power Button Throttle / Yaw Stick Pitch / Roll Stick Switches Antennas 3.5ˮ capacitive touch screen USBC charging and firmware port Setting Up the Aircraft Initial Hardware Setup Charging the Batteries Connect the XT90 charging cables and balance boards for all four segments of the battery charger.
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500 User Manual | v1.1 Connect the charger to the mains outlet. Turn on the charger. Using the XT90 and balance port connectors, connect the batteries to be charged to the charger. Each batteryʼs XT90 and balance port connectors must be connected to the same charging segment.
500 User Manual | v1.1 Press and hold “STARTˮ for at least 3 seconds until you hear the beeper sound. Press “STARTˮ once to begin charging. When battery charging is complete, the charger will make a beep sound with a tune.
500 User Manual | v1.1 Turning On the Controller Press and hold the Power button for 3 seconds to turn the controller on. Controller Flight Modes Guided AltHold Stabilize Auto Land Loiter Connecting a GCS via USB Locate the USBC port on the left side of the aircraft.
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500 User Manual | v1.1 Battery Low Warning message will be 30% battery BATT_FS_LOW_MAH = 3000 sent via telemetry that 3,000mAh remaining) BATT_FS_LOW_VOLT = 21.6 Battery Low is reached BATT_FS_LOW_ACT = 0 NONE 21.6V, whichever is lower Battery Critical Warning message will be 10% battery 1,000...
500 User Manual | v1.1 Operating the Aircraft Setting Up the Aircraft Lift the aircraft vertically to remove it from the storage case. Remove the rotor interlock guard by lifting it up vertically until it clears the rotor blades.
500 User Manual | v1.1 The XT90 battery connector is designed to allow insertion in one orientation only. Ensure the battery plug is correctly aligned with the socket on the aircraft fuselage. Connect the battery by firmly and quickly inserting the XT90 plug fully into the aircraft jack.
500 User Manual | v1.1 Care and Maintenance You have purchased a sophisticated aircraft with sensitive components. Although it is designed to operate in a variety of environmental conditions, you should take proper care of your aircraft to ensure optimum performance.
500 User Manual | v1.1 Acceptable Use Policy A user of the product shall not, either directly or indirectly: Modify, reverse-engineer, adapt, or redistribute the product; 2. Manufacture, assemble, disassemble, sell, export, or supply the product; 3. Allow the product to be operated or maintained by unauthorised personnel;...
500 User Manual | v1.1 Appendices Preflight Checklist Samples You may use these pre-flight checklists as a starting point for creating your own pre-flight operational procedures. You should ensure that all crew members receive the necessary training before using any checklists.
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500 User Manual | v1.1 Date: ________________ Deployment Identifier: ________________ Battery Identifier: ________________ Capacity used: ________________ mAh Flight Engineer Checklist Group Description Checked By Verified By Setup Telemetry Check Connectivity GCS Battery Level Check Failsafe RC Failsafe Verify settings 1.RTL / 2.Land /...
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500 User Manual | v1.1 RC Pilot Checklist Group Description Checked By Verified By Platform Physical Inspection of UA Check Checks Cracks Loose Parts Payload Check Secured Operational SD-card Motor Mount Check Level Secured Propellers Check Direction Secured No Cracks...
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