Dron VTOL Deepsuiss 3 model

(may vary depending on applications)<br>they are vertical take-off, they do not need a runway




Aircraft type VTOL Vertical take-off
Maximum take-off mass Less than 25 kg.
Standard payload capacity 5 kg adaptable according to operation
Dimensions 3mts. Wingspan, adapted to European regulations
Material Carbon fiber, keblar, fiberglass
Propulsion Electric
Power supply Batteries
Electronics Certified and suitable for aircraft
On-board computer NATO certified
Payload High power cameras


Flying time Up to 2 hours on electric depending on load.
Pre-flight ignition time. 5 minutes
Cruise speed 100 km/h.
Maximum flight altitude 3500 meters
Takeoff and landing Vertical VTOL
Effective working radius 100 km.
Operating temperature and humidity 10º C to 65º A24C, and 90% humidity


Manual Airplane Mode Flight

Manual flight in unassisted airplane mode. Flight without the intervention of the autopilot or GPS

Manual Multirotor Flight

Manual flight in unassisted multirotor mode.
Flight without autopilot or GPS intervention.

Stabilized Airplane Mode Flight

Manual flight in Airplane mode with autopilot assistance but without GPS positioning.

Stabilized Quad Flight

Manual flight in multirotor mode with autopilot assistance but with GPS positioning.

Stabilized Quad Flight

Manual flight in multirotor mode with autopilot assistance but with GPS positioning.

Stabilized FW flight with GPS reference

Assisted flight in Airplane mode with autopilot assistance and GPS positioning.

Quad Stabilized Flight with GPS reference

Assisted flight in multirotor mode with autopilot assistance and GPS positioning.

Autonomous Flight Airplane Mode.

Autonomous flight in airplane mode. No external pilot assistance.


Switching between airplane mode – multirotor mode or multirotor mode – airplane mode.

Quad Mode Autonomous Flight

Autonomous flight in multirotor mode. No external pilot assistance.

Point of Interest Flight

The aircraft maintains its position focusing on the point of interest. Multirotor mode it maintains the position in the direction of the point of interest, in airplane mode, it performs circular flights over the point of interest.

Diverse Maneuvers

Return To Home: Return home. Smart RTL: Return to home following the same trajectory as outbound. AutoLand: Automatic landing. Auto TakeOff: Automatic takeoff.

Diverse Flights

Cruise Flight Mode: Flight at constant speed. For long distances. Guided Mode: Flight over a point on the map without the need to perform a mission. FW Circular Flight Mode: Flight around a specific point. Waypoints: Flight maintaining a specified route on the map.


  • High autonomy range up to 200 km.
  • High altitude range up to 3500 meters
  • Integration of high resolution cameras as well as thermal cameras
  • Software developed ad hoc


  • Ad hoc manufacturing capacity.
  • High flight capacity, both in autonomy and altitude.
  • Payload flexibility
  • Constant development of advanced technology
  • Transportable, disassembled


  • Safety redundant systems.
  • Ability to land at any point and time
  • State-of-the-art design
  • Compatibility with a wide range of payloads.
  • Complete service pack. Development + Manufacturing + Training + Maintenance

Drones have been a major technological breakthrough.

There is a wide commercialization of these aircraft, for which there is a huge demand, from security agencies to businesses, television and film crews.

Surveillance of large areas is one of the most sought after.


Services offered

Drones can offer thousands of new services

Drones are already being used for civilian purposes and are increasingly influencing our daily lives.

Just as Internet technology in the nineties gave rise to many different applications, drone technologies will lead in the coming years to the development of a wide variety of different services, especially if combined with other technologies, such as precision positioning thanks to Galileo, or supporting other technologies, such as telecommunications in distress situations or in increasing network capacity dynamically.


Avoiding human risks

Increasingly, the use of drones is replacing humans in high-risk situations.

UAVs are often preferred for missions that are too “boring, dirty or dangerous” for manned aircraft.

Covering large areas of terrain, borders or conflict zones, are entrusted to drones, covering more area than the usual human patrol, with the same men covering much more ground.

With the possibility of being in communication with a central office that allows to coordinate the support to the men acting on the ground. And to send the necessary help, if needed.


Protection of large areas of land

The video surveillance through drones is indicated for the protection and security of large areas. In sectors such as security or agriculture it is necessary to have drones that can fly over large areas of land quickly and at a low cost.

It is a reliable, efficient and high resolution solution. The images are transmitted wirelessly in real time to one or several departments simultaneously.

The drone can be programmed to take off at set times so that it performs security and terrain reconnaissance tasks automatically. It can also be remotely operated by an operator.

The drones, in addition to being equipped with high-resolution surveillance cameras, have night vision with infrared surveillance cameras), GPS (to program their flights).

Unlike fixed surveillance cameras, the drone is capable of searching, locating and tracking targets.


Advantages of our VTOL

  1. Easy transport and handling
  2. Possibility to split piloting and payload control
  3. Easy transfer from one mission to another that requires urgency, while in service
  4. Safe flight, as it has a multi-rotor option. It has parachute effect in case of failure.
  5. Versatility: Being a hybrid between Multirotor and Airplane
  6. Autonomy: More distance in less time. More flight autonomy.
  7. Takeoff and landing precision
  8. Ability to add additional equipment according to customer needs
  9. Our drones can fly long distances completely autonomously
  10. In emergency situations, or prevention of risk incidents, they detect quickly and efficiently any dangerous situation