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UAV helicopter - NEO S-350
The NEO S-350, manufactured by UMS Group, has been equipped with a tradition main and...
UAV helicopter - NEO S-350
The NEO S-350, manufactured by UMS Group, has been equipped with a tradition main and tail rotor construction. This system has been optimized to focus on safety with its integrated VTOL Parachute Rescue System (VPRS), redundant avionics and data-links. It is the only known system in the world that powered by a multiple fuel jet engine.
UAV helicopter - NEO S-300
The NEO S-300, manufactured by UMS Group, has been equipped with a tradition main and tail rotor construction. This system has been optimized to focus on safety with its integrated VTOL Parachute Rescue System (VPRS), redundant avionics and data-links.
UAV hybrid - TU-150 "EMPEROR"
The TU-150 Hybrid Unmanned Aerial Vehicle combines the capabilities...
UAV hybrid - TU-150 "EMPEROR"
The TU-150 Hybrid Unmanned Aerial Vehicle combines the capabilities of an aircraft and helicopter to provide a wide range of missions. This innovative design is currently at a concept development phase, by Swiss UAV and Rheinmetall Airborne Systems (RAS).
UAV helicopter - KOAX X-240
The KOAX X-240 is a helicopter type VTOL civilian UAV designed to ensure and maintain maximum...
UAV helicopter - KOAX X-240
The KOAX X-240 is a helicopter type VTOL civilian UAV designed to ensure and maintain maximum stability. It has a payload capacity of only 45 kg MTOW. The unit is recommended for use in photography applications that require aerial shots and is also applicable for video filming. Furthermore, the KOAX X-240 has a low footprint for convenient handling and transfer.
Flight control system / for UAV
The Flight Control System from Swiss UAV includes the Advanced Flight Control Computer (AFCU) system, the Air Data Terminal (ADT), and the Ground Data Terminal (GDT). Furthermore, the system also features a complete sensor suite on-board the aircraft.
Data link system for UAVs
Wireless Links
WLAN Access Point
Dual long range and short range links to the UAV for up to 6 km direct line-of-sight communication (depending on legal requirements...
WLAN Access Point
Dual long range and short range links to the UAV for up to 6 km direct line-of-sight communication (depending on legal requirements...
Data link system for UAVs
Wireless Links
WLAN Access Point
Dual long range and short range links to the UAV for up to 6 km direct line-of-sight communication (depending on legal requirements and local conditions)
WLAN connection between MAVinci Desktop and MAVinci Cockpit
Other Features
Manages connection between UAV, MAVinci Desktop and MAVinci Cockpit
UAV Simulation: Learn how to use the UAV without flying a real UAV
Multiple MAVinci Desktops can connect to the Ground Station simultaneously
GPS receiver (Position of the Ground Station is visible in MAVinci Desktop)
Air pressure sensor for up-to-date altitude zero reference
Uses the same battery packs as the UAV
WLAN Access Point
Dual long range and short range links to the UAV for up to 6 km direct line-of-sight communication (depending on legal requirements and local conditions)
WLAN connection between MAVinci Desktop and MAVinci Cockpit
Other Features
Manages connection between UAV, MAVinci Desktop and MAVinci Cockpit
UAV Simulation: Learn how to use the UAV without flying a real UAV
Multiple MAVinci Desktops can connect to the Ground Station simultaneously
GPS receiver (Position of the Ground Station is visible in MAVinci Desktop)
Air pressure sensor for up-to-date altitude zero reference
Uses the same battery packs as the UAV
UAV micro - max. 50 - 65 km/h | SIRIUS
The MAVinci Surveying UAS SIRIUS manufactured in Germany by MAVinci is a fixed wing UAV with about 1,6 m wingspan and less than 3 kg take-off weight. It is available in the following...
UAV micro - max. 50 - 65 km/h | SIRIUS
The MAVinci Surveying UAS SIRIUS manufactured in Germany by MAVinci is a fixed wing UAV with about 1,6 m wingspan and less than 3 kg take-off weight. It is available in the following...
UAV mini - SIRIUS pro
MAVinci SIRIUS pro is a fully integrated orthofoto UAS, which delivers orthofotos and three-dimensional elevation models with a high absolute accuracy of 5 cm (depending on the GSD down to 2 cm) without using ground control points. The GSD of the single images ranges from 1.5 to 20 cm. Combining MAVincis precision timing technology with TOPCONs subcentimeter grade L1/L2 GPS/GLONASS RTK...
UAV mini - SIRIUS pro
MAVinci SIRIUS pro is a fully integrated orthofoto UAS, which delivers orthofotos and three-dimensional elevation models with a high absolute accuracy of 5 cm (depending on the GSD down to 2 cm) without using ground control points. The GSD of the single images ranges from 1.5 to 20 cm. Combining MAVincis precision timing technology with TOPCONs subcentimeter grade L1/L2 GPS/GLONASS RTK receivers this robust system stands up with a clever solution that helps realizing projects in a better and faster way.
Features:
Save time and work more efficiently
Get 5 cm absolute accuracy (depending on the GSD down to 2 cm) without GCPs in areas that cannot be accessed
GSD from 1.5 to 20 cm
MAVinci connector acts as a RTK base station, no additional base station required
100 Hz TOPCON sub-centimeter grade receiver
L1/L2 dual frequency
GPS/GLONASS
Fully integrated RTK
Available workflows:
Place your base station antenna on a point with known coordinates
Post processing of the antenna reference point on site or after the flight
Placing GCPs and measuring them adds a significant amount of extra time and costs to your project. The time dealing with GCPs can be more than 50 % of the whole project time. We have also seen jobs where the area could not be easily accessed, or not at all. Without enough GCPs it was hard to match the accuracy requirements set by your customer rendering projects uneconomical. It felt natural for us to remove the need for GCPs from your workflow.
Features:
Save time and work more efficiently
Get 5 cm absolute accuracy (depending on the GSD down to 2 cm) without GCPs in areas that cannot be accessed
GSD from 1.5 to 20 cm
MAVinci connector acts as a RTK base station, no additional base station required
100 Hz TOPCON sub-centimeter grade receiver
L1/L2 dual frequency
GPS/GLONASS
Fully integrated RTK
Available workflows:
Place your base station antenna on a point with known coordinates
Post processing of the antenna reference point on site or after the flight
Placing GCPs and measuring them adds a significant amount of extra time and costs to your project. The time dealing with GCPs can be more than 50 % of the whole project time. We have also seen jobs where the area could not be easily accessed, or not at all. Without enough GCPs it was hard to match the accuracy requirements set by your customer rendering projects uneconomical. It felt natural for us to remove the need for GCPs from your workflow.
Camera tractor for pipe inspection
The CamPro Truck is a functional motorized truck. The possibility to mount the swerve rotation head CamPro Swing on two different positions and the multiple wheel configurations convert this truck into a multifunctional inspection tool. The working range is from 125 mm to at least 600 mm!!!
Operation and functionality
The CamPro Truck head provides a great amount...
Operation and functionality
The CamPro Truck head provides a great amount...
Camera tractor for pipe inspection
The CamPro Truck is a functional motorized truck. The possibility to mount the swerve rotation head CamPro Swing on two different positions and the multiple wheel configurations convert this truck into a multifunctional inspection tool. The working range is from 125 mm to at least 600 mm!!!
Operation and functionality
The CamPro Truck head provides a great amount...
Operation and functionality
The CamPro Truck head provides a great amount...