Starling's Expertise in Low Acoustic Signature Design

Pioneering Quiet Flight for Unmatched Operational Discretion.
At Starling, we specialize in designing fixed-wing vertical takeoff and landing (VTOL) drones with minimal acoustic signatures. This expertise is exemplified in the Pathfinder, which boasts the smallest acoustic signature in its category. Our innovative approach combines advanced acoustic modeling, optimization, and mission planning to deliver drones that operate with unparalleled discretion.

Elevate Your Missions with Starling’s Quiet Flight Technology

Experience the unparalleled discretion of the Pathfinder FX-VTOL, designed to operate undetected with a minimal acoustic signature. Partner with Starling to achieve mission success with innovative, low-noise drone solutions.

Advanced Acoustic Optimization

Minimal Acoustic Signature
  • Undetectable from 100+ Meters: The Pathfinder’s low-noise design ensures it remains acoustically undetected when flying above 100 meters.
  • Quiet Propulsion Systems: Precision-engineered to minimize noise while maintaining performance and efficiency.
Expert Acoustic Analysis
  • Collaboration with Insignito: Our acoustic design was developed in partnership with Insignito, a leading group in acoustic modeling and mission planning.
  • Advanced Modeling Tools: Insignito utilized cutting-edge tools to analyze and optimize the Pathfinder’s noise profile for maximum stealth.
  • Mission-Specific Customization: Tailored acoustic configurations enhance discretion based on specific operational needs.
Integrated Noise Reduction
  • Aerodynamic Refinements: Streamlined airframe designs reduce turbulence and associated noise.
  • Material Selection: Advanced composites absorb sound and minimize vibrations, further lowering noise output.

Operational Advantages of Low Acoustic Signature

Enhanced Stealth
  • Covert Operations: Ideal for missions requiring discretion, such as surveillance, reconnaissance, and security monitoring.
  • Unobtrusive Monitoring: Enables the Pathfinder to operate in sensitive environments without disrupting wildlife or alerting individuals.
Improved Mission Success
  • Undetected Aerial Presence: Reduces the likelihood of detection, ensuring mission objectives are achieved without interference.
  • Longer Engagement Windows: Quiet operation allows for extended missions without drawing attention.
Broad Application Scope
  • Defense and Security: Supports covert intelligence, surveillance, and reconnaissance (ISR) missions.
  • Wildlife Monitoring: Minimizes disturbance to animals during environmental studies.
  • Urban Operations: Conducts missions in populated areas without drawing undue attention.

  • 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.

Why Choose Starling’s
Quiet Flight Technology?

Industry-Leading Expertise
  • Innovative Design: Years of experience in UAV design enable us to push the boundaries of acoustic optimization.
  • Collaborative Partnerships: Partnerships with experts like Insignito ensure cutting-edge solutions tailored to mission needs.
Proven Performance
  • Pathfinder Excellence: Tested extensively to validate its low acoustic profile, making it the quietest drone in its category.
  • Comprehensive Validation: Acoustic testing and optimization performed in real-world conditions ensure reliable performance.
Mission-Centric Design
  • Customizable Solutions: Acoustic configurations tailored to specific operational requirements.
  • Integrated Approach: Combines low-noise propulsion, materials, and aerodynamics into a seamless, high-performing system.