Control And Telemetry Station
Control And Telemetry Station
Control And Telemetry Station
Auto Landing
Auto Take Off
Automatic Flight Modes
High Capacity Drone
RPA Control Unit
Prototype Control Unit
Flight Control And Data Transmission Unit
Control And Telemetry StationControl And Telemetry StationAuto LandingAuto Take OffAutomatic Flight ModesHigh Capacity DroneRPA Control UnitPrototype Control UnitFlight Control And Data Transmission Unit

Flight control and data transmission unit

AUTO PILOT
The software: supports fully automatic flight with minimal operator input.
Assists in avoiding distractions unrelated to primary mission.
Using a PC with low hardware requirements, operation with simple menus.
Includes advanced automatic flight modes providing exceptional ease of operation. Even during emergencies, communications loss or adverse meteorological conditions.
Also include functions such us:
Auto takeoff.
Auto flight plans executions (way points).
Fly –to (mode).
Auto return to base (RTB), in case of communication failure.
Auto landing.
Manual override.
Joystick for manual operation.
OPTION_1
GCS, integrated within a module transported by a vehicle with capacity to operate from inside it, and transport the helicopter (RPA) and another elements.
OPTION_2
INTEGRATED IN A PORTABLE BRIEFCASE
In both cases providing the reliability you need. Simple and compact, strong and easy to carry and deploy, the GCS case contains the electronics necessary to serve as the connection point for the system.
It is housed in a handy waterproof case, and incorporates this item.
Unit for commanding the autopilot on board the helicopter with four channels for RPA multi operation channels.
Software.
Battery with 13 hours operation.
Joystick for manual operation.
Two Ethernet outputs.
Software to product that maintains the all-important goal of fly camera.
Comprehensive set of connections.
10-32 VDC input range.
Overvoltage, overcurrent, and reverse polarity protection.
Fuses carry handles, wheels and shoulder strap for transportation.
Two hot – swappable lithium batteries.
Two 12 volts power outputs for data links.
Super bright 17” and 13” touch screen display.
Intuitive power monitoring display.
Battery over discharge protection.
Operating temperature (-20 º to + 60º).
Antenna pass through, two 50 Ohm antennas.
GTRACK ANTENNA
With two – rotation axis, maximum performance is assured in all conditions.
Compact and lightweight.
The superior range is the result of high trough put combined with directive antenna and tracking system.
Needing only a cable to connect to the G-CASE.
Both video link and telemetry data are encrypted and operate at a frequency of 2,4 GHZ with different ranges.
Contents: 2.4 GH data link configurable from 100Mw to 1w output.
18 dBi patch antenna heavy duty tripod, communications, power supply cable and box.
FLIGHT CONTROL

There are three ways to operate Rhino UAV

Manually: The helicopter is piloted by the operator from the command and control unit.

Semi-automatic: The operator is helped by an automatic stabilizer.

Automatic: An Autopilot fully controls Rhino UAV once we introduce flying parameters such as waypoints in the system. In the worst case scenario of signal loss, Rhino UAV can be configured to return to the home base or the nearest safe location.

 

FLIGHT SENSORS

Inertial measurement Magnetic field meter Altimeter Barometer Flight control Automatic return function Control speed, trend control, manual control , monitoring GPS Take off and landing semiautomatic controlling step , the cyclic and lateral rotation Channels, accelerator, step , direction, control G-forces in the turns Adapted flight control function with very efficient front or tail wind up to 73 km/h Adapted flight control function with very efficient 57 km/hour crosswind. Precision Vertical accuracy in flight + – O.5 meters Horizontal accuracy in flight + -1 meters.

Servo motors Output frequency 500 Hz per channel servos Redundancy (12 servos initial version). Communications: 7-channel transmitter and 2.4 GHz.

This unit has capacity for 3 operators, racks and communication systems. A HVAC system ventilates the space and everything is powered by batteries and an engine if needed. It can be transported with a trailer or installed in a pick-up with his self-lift hydraulic system

CAMERA DETAILS
Day vision
Night visión or IR
Multi-spectral
Lidar Payload

APPLICATIONS

Rhino UAV has a large range of applications that range from civil to military. Due to its massive lift capacity of 90 kg and its endurance of 2-8 hours, rhino makes it singular in plenty of areas.

Flight control and data transmission unit

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