M600 Multirotor

  • Ready to fly.
  • Up to 1 h flight.
  • Custom payloads.
  • High stability and performance.
  • Carbon fiber design; compact, foldable and lightweight.
LOS + BLOS Radio
Video Equipment
Power Battery
LiPo Battery Charger
Carrying Case
  • Description

    The NM& M600 multirotor offers optimal performance to execute operations quick and easy. Thanks to the precise vertical takeoff and landing, it permits flight in any location, even in woodland areas. The carbon fiber, foldable, and lightweight design makes it easily transportable and compact.

    The multirotor uses the Veronte Autopilot as the 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 drone, as well as a communications module for interaction with the control station (telemetry and telecommand).

    The NM& M600 is able to execute operations in various areas of the industry: image capture, transport, logistics, agriculture, and more.


    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, and more.



    Location planning, impact studies, 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.


    Border control, maritime search and rescue, private property monitoring.


    The NM& M600 is able to perform completely autonomous operations. Thanks to the Veronte Pipe software, 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, and more.


    Flight mode
    Automatic and manual control, with the chance to switch 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.



    There is a wide range of payload options available, depending on operational requirements, it is also possible to install any customized payload, up to 1.8kg.


    Mapping Camera
    16.1, 24.3, 36.4 MP or custom sensors


    Multispectral Camera
    Auto shot or real time video streaming


    Video in Real Time
    Visible and thermal camera


    Payload release, sensors, photogrammetry


    Ratio Payload-Endurance

    The installed electric battery provides up to one hour 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 60
    200 54
    500 43
    700 36
    900 25
    1100 8
  • Specifications

    Empty Weight 2.5 Kg (+ 2.0 Kg battery)
    MTOW 6.3 Kg
    Payload 1.8 Kg
    Endurance 60 min without payload
    36 min with 0.7 Kg payload
    Maximum Speed 80 Km/h
    Max Wind Speed 30 Km/h with gusts of 40 Km/h
    Datalink Range 42 Km (900 MHz) / 12 Km (2.4 Ghz)
    Structure Foldable, carbon fiber
    Take off Vertical
    Landing Vertical
    Flight Control System
    Control System Veronte Autopilot
    Datalink 900 MHz or 2.4 GHz (default)
    Mission planning Drawing on the map, mission based on curves
    Pre-programmable and in flight edition
    Selectable map (Google, Bing, custom images, ...)
    Mapping and surveillance tools
    Exclusion areas
    Custom routines
    Pre-Flight checks Custom checklist
    Takeoff and landing Fully automatic
    Data logging Onboard and 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, …
    Advanced control functions Flight phases, configurable by the user
    Custom payload control
    Precise RTK positioning
    Optional Lidar or radar altimeter
    Aircraft Specifications
    Type Multirotor
    Number of rotors 6
    Arms 6
    Propeller Carbon 15x5.5
    Size 90x90x30 cm.
    Motor Disk 4822 390kv
    Batteries LiPO 6S 16000 mAh
    Rain Flight with light rain
    Gimbal 2 or 3 axis
    Payload: Mapping Camera
    Camera Sony Nex 5T Sony a5100 Alpha 7R
    Resolution 16.1 MP 24.3 MP 36.4 MP
    Camera Lens 16mm
    Control Auto triggering
    Payload: Multispectral Camera
    Camera Tetracam ADC Micro, sensor 3.2 MP CMOS (2048 x 1536 pixels)
    Payload: Real Time Video
    Camera 600 line, auto day/night mode switch, Pal 976x582
    Video datalink 1.2GHz, 1.5W, 3dBi antennas, analog


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