The LVLX-1 HUGO is designed as a total solution, capable of handling both exterior and interior reconnaissance flights.
The sonar makes LVLX-1 HUGO capable of performing automatic take-offs and landings, this enables the operator to focus on the task at hand. The high precision GPS facilitates, autonomous waypoint navigation and the sonar together with presure sensor makes LVLX-1 HUGO able to hold its height.
Combined these features makes LVLX-1 HUGO the total solution for a broad range of both external and internal inspection, monitoring, surveillance and reconnaissance tasks. LVLX-1 HUGO is designed to be used with only a minimum of training and by people with little or no technical knowledge. The system is capable of vertical take-off and landing, which enables it to be launched without any launch mechnism and land where there is no landingpad.
Applications:
• Search of suspects & missing persons
• Crime Scene Investigation
• Riot control
• Tactical operations
• Homeland security
• Infrastructure security
• Parameter security
• Event security
Its small size allows you to transport the LVLX-1 HUGO as hand luggage on planes or in the back of a car.? With a deployment time of less than one minute, the LVLX-1 HUGO is a perfect tool for reaching inaccessible or dangerous areas.
Technical Specifications:
Unfolded dimensions:
• Width: 58,4 cm (23 in)
• Length: 58 cm (22,8 in)
• Top diameter: 68 cm (26,8 in)
• Height: 11 cm (4,3 in)
• Rotor diameter: 25,5 cm (10 in)
Folded dimensions:
• Width: 11 cm (4,3 in)
• Length: 43 cm (16,9 in)
• Height: 11 cm (4,3 in)
Flight characteristics:
• Autonomous way-point flying
• Visual reference required (indoor)
• Approx. maximum speed: 50 km/h
• Launch type: VTOL (Vertical Take-Off and Landing)
• Maximum altitude: Up to 10.000 feet above sea level
• Maximum flight time: approx. 25 min. (with payload)
GPS module:
• Average GPS accuracy: 0,5 - 1 m3
• Position update rate: 100 Hz
• GPS antenna: ceramic patch
• GPS used for: waypoint flying, position hold & velocity data
Onboard sensors:
• 3 solid state MEMS gyros
• 3 solid state MEMS accelerometers
• 3 magnetometers (magneto resistive sensors)
• 1 barometric pressure sensor
• 1 external and internal temperature sensor
• 1 acoustic sonar
• 1 GPS reciever
• GPS battery backup
Optional:
• IR sensor system (FSD) for 60 degrees obstacle avoidance up to 1,5 meter bumper zone
• FLIR - TAU thermal camera system 640 x 480 (PAL) 9 FPS
• Mini camera with gyro stabilization
Ground Station:
• Water and dust resistant
• GPS position
• Pressure measurement
• GUI interface
• Sky-Watch software supports Windows 7 and newer
• Way-point navigation supports Google maps
• One handed computer aided controller for manual flight
• USB connectivity
Charger:
• Cell Chemistry: Lithium Polymer
• Connectors: integrated balance & power
• Recharge time: approx. 60 minutes (after typical flight)
• Spring loaded slide system
Cable package:
• Power adapter
• USB connector
• AV cable
• Car charger
Controller:
• Water and dust resistant
• 868 MHz Communication link
• Connect to Ground Station via Cable
• 6 Hz update speed
• GPS Aided Flight and position lock
Four Custom Batteries:
• Cell Chemistry: Lithium Polymer
• Connectors: integrated balance & power
• Recharge time: approx. 60 minutes (after typical flight)
• Spring loaded slide system
Nanuk Carrier Case:
• Water and dust resistant
• Foam inserts designed for LVLX-1 HUGO
• Meets requirements for hand luggage on commercial flights
Software Package:
• 868 MHz data link (+/-) 10 km range (line of sight)
• Link type: drone to ground & ground to drone (two-way)
• Drone antenna: wired whip antenna
• Controller antenna: omni-directional
LVLX-1 HUGO:
• Autonomous flight controller
• Foldable airframe
• Rapid deployment capability
• Live, thermal and daylight video
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