Skip to content

MARKUT with the Swarm System, fixed-wing and rotary-wing unmanned aerial vehicles with different wing architectures can be controlled separately and together. Thus, unmanned aerial vehicle systems based on different autopilot systems can be managed and performed in a coordinated manner within the framework of certain tasks.

MARKUT Swarm System, the basic features of individual unmanned aerial vehicles can be expanded, going beyond the basic UAV mission range. Some capabilities with compact and unique Unmanned Aerial Vehicle designs:

Swarm

Swarm System, it is aimed to control fixed-wing and rotary-wing unmanned aerial vehicles with different wing architectures separately and together. Thus, unmanned aerial vehicle systems based on different autopilot systems can be managed and performed in a coordinated manner within the framework of certain tasks.

Swarm System, the basic features of individual unmanned aerial vehicles can be expanded, going beyond the basic UAV mission range. Some capabilities with compact and unique Unmanned Aerial Vehicle designs:

  • Autonomous take off/landing with a single model and in a pack,
  • Fully autonomous and stable flight in swarms,
  • Autonomous on-board landing on any flat terrain without the need for a special runway,
  • Route tracking as a swarm and swarm transfer to the duty area in accordance with different types of formations,
  • Unknown environment recognition and awareness raising with meaningful data transfer between UAV’s
  • Data storage, classification and interpretation via onboard and ground control unit,
  • Built-in image processing capability
  • Swarm scanning operation in a certain area
  • Target detection/diagnosis/recognition/tracking/geotargeting and swarm focus detection
  • Opportunity to update before/after/after task with flexible architecture and algorithm
  • Ground station independent operation capability over the swarm leader with its “Master/Slave” structure
  • Ability to split into multiple sub-swarms
  • Specialized management based on UAV/swarm with mission computers integrated into vehicles
TİTRA Technology APUS Swarming Systems Usage Areas:
  • Reconnaissance, observation and intelligence in military operations
  • Target detection, positioning and tracking
  • Attack, attack elimination/defense
  • Regional meteorological analysis and atmospheric data collection in weather forecasting applications
  • Mapping and imaging applications
  • LoS boost with radio relay
" This product has been developed by utilizing the TUBITAK-TEYDEB support program. (Project No:3210746). However, all responsibility for the product/service belongs to Titra Teknoloji A.Ş. "