High PerformanceThe NM& M600 multirotor offers an optimal performance for executing operations on a quick and easy way. Thanks to the precise vertical takeoff and landing it permits to operate from any location, even in wooded areas. The carbon fiber, foldable and lightweight design makes it easily transportable and compactly storeable.The multirotor installs Veronte Autopilot as avionics system, it permits the NM& M600 be ready for operation in few minutes. Veronte is a high performance flight control system that embeds all sensors and processing elements necessary for the control of the platform as well as a communications module for interaction with the control station (telemetry and telecommand) and for taking manual control at any time during the flight.
Applications and IndustriesThe NM& M600 is able to execute operations in various areas of the industry: image capture, transport, logistics, agriculture...Its application in control, supervision and monitoring functions permits to improve the productivity in companies that operate with drone multirotor systems.For photogrammetry and topography applications, the system supports post-processing tools of aerial imagery: Agisoft Photoscan, Pix 4D, Postflight Terra 3D, Smart Planes Aerial Mapper...Building Progress reports, stock measurement, resource management, downtime reduction, help for meeting deadlines...Architecture Location planning, impact studies, help for choosing building orientation, construction progress management...Crop Management Increase performance, save monitoring time, real crop state control, absorbed sunlight measurement...Cartography & Topography Production of precise cartographic and topographic material, geographic data, 3D models of terrain...Mining, Oil & Gas Extractions management, environmental protection, reduction of hazardous conditions, calculation of extracted volumes...Surveillance Border control, maritime search and rescue, private property monitoring, concentrations of people...
Autonomous flightThe NM& M600 is able to perform completely autonomous operations. Thanks to the software Veronte Pipe an autonomous route can be configured from any PC or tablet, performing the entire mission automatically.Automatic Routines Customizable routines: camera activation, payload control, go home...Flight mode Automatic and manual control, with change capability at any time during the flight.Customizable Interface Background map and telemetry information displayed on the PC / tablet selectable by the user.Highly Configurable Speed, altitude, waypoint events, multipath load, repeatable missions...
PayloadThere is a wide range of payload options available, depending on operational requirements, it is also possible to install any customized payload, up to 1800gr.Mapping Camera 16.1, 24.3, 36.4MP or custom sensorsMultispectral Camera Auto shot or real time video streamingVideo in Real Time Visible and thermal cameraCustomization Payload release, sensors, photogrammetry...
Ratio Payload-EnduranceThe installed electric battery provides up to forty minutes of autonomous flight, enough time to execute all kinds of missions, and can even be split into several flights, if necessary.
Payload (gr) Time (min) 0 40 250 38 500 36 750 34 1000 32
Features Empty Weight 2.5kg (+3kg battery) MTOW 6.5kg Payload 1kg Endurance 40min without payload 32min with 1kg payload Maximum Speed 80km/h Max Wind Speed 20km/h with gusts of 30km/h Datalink Range 42km (900MHz) / 12km (2.4GHz) Structure Foldable, carbon fiber Take off Vertical Landing Vertical Flight Control System Control System Veronte Autopilot Datalink 900MHz or 2.4GHz (default) Mission Planning Drawing on the map, mission based on curves Pre-programmable & in flight edition Selectable map (Google, Bing, custom images...) Mapping & surveillance tools Exclusion areas Custom routines Pre-Flight Checks Custom checklist Takeoff & Landing Fully automatic Data Logging Onboard & on control station data log, with customized information (position, attitude, speed, battery…) Configurable Automatic Routines Triggering events: arrival to a waypoint, altitude, inside / outside of a polygon, low battery, data link quality... Automatic actions: photogrammetry, payload release, go to a waypoint… Failsafe Routines (Configurable By The User) Go home In situ landing Go to a waypoint Definition of obstacles… Aircraft Specifications Type Multirotor Number Of Rotors 6 Arms 6 Propeller Carbon 15x5.5 Size 90x90x30cm Motor Disk 4822 390kv Batteries LiPO 6S 16000mAh Rain Flight with light rain Gimbal 2 or 3 axis Payload: Mapping Camera Resolution 16.1MP 24.3MP 36.4MP Camera Lens 16mm Control Auto triggering Payload: Multispectral Camera Camera Tetracam ADC Micro, sensor 3.2MP CMOS (2048x1536pixels) Payload: Real Time Video Camera 600 line, auto day/night mode switch, Pal 976x582 Video Datalink 1.2GHz, 1.5W, 3dBi antennas, analog