2ma1
2ma200
2ma600_light
2ts150

DESCRIPTION


The  MA – 600 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 MA – 600 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 INDUSTRIES


The MA – 600 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 FLIGHT


The 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 MODES

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, …

SPECIFICATIONS


FEATURES

FLIGHT CONTROL SYSTEM

Weight empty
MTOW
Payload
Endurance

Maximum speed
Maximum wind speed
Range data link
Structure
Takeoff
Landing

SPECIFICATIONS

Type
Number of rotors
Arms
Propeller
Size
Motor
Batteries
Rain
Gimbal

2.5 Kg (+ 2.0 Kg battery)
6.3 Kg
1.8 Kg
60 min without payload
36 min with 0.7 Kg payload
80 Km/h
30 Km/h with gusts of 40 Km/h
42 Km (900 MHz) / 12 Km (2.4 Ghz)
Foldable, carbon fiber
Vertical
Vertical

AIRCRAFT SPECIFICATIONS

Multirotor
6
6
Carbon 15×5.5
90x90x30 cm.
Disk 4822 390kv
LiPO 6S 16000 mAh
Flight with light rain
2 to 3 axis

Control system
Data link
Mission planning
Mission planning
Mission planning
Mission planning
Mission planning
Mission planning
Pre-flight checks
Take off and landing
Data Logging
Data Logging
Configurable automatic routines

Configurable automatic routines
Failsafe routines (configurable by the user)

Advanced control functions

Veronte Autopilot
900 MHz o 2.4 GHz (default)
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
Customizable checklist
Fully automatic
Onboard and on control station log, with customized information (position, attitude, speed, battery, …)
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, …
Go home
In situ landing
Go to waypoint
Definition of obstacles, …
Flight phases, configurable by the user
Custom payload control
Precise RTK positioning
Optional lidar or radar altimeter, …

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