Starling's Expertise in GPS-Denied Operations

Ensuring Reliable UAV Performance in Challenging Environments.
In a world where GPS jamming and spoofing are becoming increasingly common, Starling designs drones capable of operating seamlessly in GPS-denied environments. The Pathfinder FX-VTOL exemplifies this capability, delivering unmatched reliability and performance day and night, even without access to GPS signals..

Navigate Without Limits with Starling’s GPS-Denied Technology

Starling’s innovations in GPS-denied navigation ensure reliable drone operations in the most challenging environments. Discover how the Pathfinder FX-VTOL can elevate your missions with unmatched autonomy and resilience.

Why GPS-Denied Capability Matters

Growing Threats to GPS Reliability
  • Jamming: Devices that block GPS signals are becoming more accessible, posing risks to UAV operations.
  • Spoofing: Malicious actors can manipulate GPS data, leading to navigation errors or compromised missions.
Critical Mission Needs
  • Defense and Security: Operate in contested environments where GPS signals may be unreliable or intentionally disrupted.
  • Disaster Response: Ensure accurate navigation and positioning during emergencies in areas with damaged or unavailable GPS infrastructure.
  • Urban Operations: Navigate effectively in GPS-challenged environments such as dense urban canyons or underground locations.

Starling's Advanced GPS-Denied Solutions

Alternative Navigation Technologies
  • Vision-Based Navigation: Leverages onboard cameras to map and track surroundings for precise positioning.
  • Inertial Navigation Systems (INS): Combines accelerometer and gyroscope data for accurate navigation without external signals.
  • Terrain Mapping: Uses stored topographic data to identify location and maintain course.
Robust Sensor Integration
  • EO/IR Cameras: High-resolution cameras provide critical visual data for day and night operations.
  • Lidar and Radar Systems: Enable precise obstacle detection and terrain mapping in GPS-denied conditions.
Autonomous Decision-Making
  • AI-Powered Systems: Analyze sensor data in real time to adapt flight paths and avoid hazards.
  • Redundant Navigation Systems: Multiple backup systems ensure reliability even in the most challenging scenarios.

Pathfinder-X FW-eVTOL: Leading in GPS-Denied Operations

Proven Reliability

3-party solutions that are extensively tested in GPS-denied scenarios to validate performance and accuracy.

Enhanced Security

Designed to withstand intentional interference, ensuring mission success in contested environments.

  • Extended Flight Times

    By reducing structural weight, we maximize energy efficiency, enabling drones like the Pathfinder to achieve industry-leading endurance.

  • Increased Payload Capacity

    Our advanced materials allow for the inclusion of heavier payloads, such as EO/IR cameras and specialized sensors, without compromising performance.

  • Enhanced Durability

    Strong, impact-resistant structures provide resilience in demanding environments, ensuring operational reliability.

  • Sustainable Innovation

    Using advanced composites minimizes material waste while delivering long-lasting, reusable designs.

Applications of GPS-Denied Capability

Military and Defense
  • Conduct surveillance and reconnaissance in GPS-contested environments.
  • Ensure operational reliability during electronic warfare scenarios.