The new unmanned development Scorpio 2 is a multifunctional robotic platform with the following functionality:

• robot carrier for robots – satellites
• drone launcher – basing point for drones
• platform for installing an automatic turret
• тtractor for processing agricultural land

This platform is a lift for four robots – satellites. The satellites carry out monitoring and repeater functions to increase the communication range between the operator and the «mother» unmanned robotic platform.
The satellite`s lifts are mounted on the rear of the platform and perform the function of lowering down / lifting the satellites from the platform to the ground. The lifts are controlled remotely from a portable command control panel.

One is designed as a ground platform for basing and thrower the drones – bionic birds – SmartBird robots. After launching from a ground platform, the drone performs its functions – a liaison, reconnaissance or strike. Recharging of such drones when performing tasks is carried out on power lines.

The drone launcher is mounted on the top of the platform and has a 360^o rotation function. The drone launcher is controlled remotely from a portable command control panel.

The multifunctional fire support and reconnaissance tool of the company level – a battalion for protecting the perimeter and borders:

• provides maneuver with fire
• used to strengthen the platoon (squad) with a machine gun / grenade launcher on a mobile platform
• builds a more effective line of fire during active defense of the company in the presence of three or more units of this equipment

The use of the Scorpio 2 in peacetime is the “tractor” of the plow for processing agricultural land. Due to its maneuverability and small dimensions, it`ll be indispensable for processing small fields and hard-to-reach areas. The use of electric rocket instead of fuel will contribute to the economically rational use of this platform by farms.

• 2 on-board computers NVIDIA Jetson for:
  • road tracking
  • processing objects and obstacles by a neural network from all sides

• 2 programmable PLC controllers to control:
  • movement by a robotic platform
  • turret control

Autonomous control:

SMART TRACK
– movement behind the driving car / object
by GPS
– patrolling the perimeter
– movement from point to point
– return “home” when the control channel is lost
without GPS
– movement during the work of electronic warfare
Remote control:

locally (line of sight): gestures, voice, leash
remotely: from an operator station, from a tablet, from a quadrocopter

Real control range: 1 – 2 km

SCADA SIEMENS WinCC OA based dispatch system

• parameterization
• parameter monitoring
• setting the route
• route transfer
• BRP tracking

Management Visualization

• smart glass
• smartphone
• the tablet
• RS Communication channel: WiFi 5GHz