Optimized Routing for Operational Success

Uncrewed Aerial Vechicle (UAV) routing is a fundamental component of mission planning. This involves calculating safe and efficient nap-of-the-earth (NOE) flight paths that take into account the UAV’s flight characteristics, the terrain, the level of threat exposure and other mission-critical factors.

In tactical environments, routing must go beyond basic navigation to ensure survivability, precise timing, and operational success.

Real-Time Tactical Routing

Carmenta’s geospatial technology can calculate deconflicted tactical nap-of-the-earth flight paths tailored to a wide range of mission requirements. Routes are calculated in real time and dynamically optimized based on:

• Terrain and elevation data
• Urban structures and buildings
• Airspace restrictions
• Static and dynamic hazards
• Threat zones and visibility constraints

This ensures that UAVs can fly safely and undetected at low altitudes while minimizing their exposure to threats.

Synchronize UAV Movement

Carmenta’s routing algorithms provide precise journey time estimates, which are essential for coordinating UAV movements with ground forces or other aerial assets. This synchronization ensures:

• Timely arrivals and departures
• Coordinated multi-platform operations
• Maximum mission efficiency
• Reduced operational risk

Whether you’re planning a single UAV mission or coordinating a fleet, Carmenta’s routing capabilities help ensure that every asset is in the right place at the right time.

Stealth and Concealment

In tactical UAV operations, stealth and concealment are vital for ensuring the survival of the platform. By analysing 3D terrain coverage, mission planners can identify natural features that can protect the UAV from observation and detection.

Carmenta’s UAV routing utilizes terrain features such as ridges and valleys, as well as changes in elevation, to enable UAVs to move undetected.

• Flying along the reverse slope of a ridge can shield UAVs from enemy observation.
• Valleys provide low-altitude corridors ideal for NOE flight.
• Elevated terrain can mask UAV movement from ground-based sensors.