Designed for Reliability, Safety, and Performance

System Reliability

FHS system integration expertise of advanced subsystem technology (autopilot, payloads, sensors, power distribution, landing skids, etc.) focuses primarily on dependable operations. Through extensive engineering and testing we build a product designed for reliable enterprise use.

  • Autopilot and subsystems are Military and Commercially Qualified
  • Subsystems are robust and industrialized for reliable operation for thousands of hours with no heavy maintenance
  • Plug and Play subsystems enable quick changes
  • Multi-layered command and control data links

System Reliability

FHS system integration expertise of advanced subsystem technology (autopilot, payloads, sensors, power distribution, landing skids, etc.) focuses primarily on dependable operations. Through extensive engineering and testing we build a product designed for reliable enterprise use.

  • Autopilot and subsystems are Military and Commercially Qualified
  • Subsystems are robust and industrialized for reliable operation for thousands of hours with no heavy maintenance
  • Plug and Play subsystems enable quick changes
  • Multi-layered command and control data links

System Safety

Electronic and mechanical subsystems are designed for commercial operations in the National Airspace System, with aviation standards in mind, providing double and triple redundancy of vital sensors, command and control lost link fail safes, robust engineered airframe as well as sense and avoid capabilities.

  • Our systems can fly autonomously Beyond Line of Sight (BLOS) and are much safer than traditional manually operated, small, multi-rotor drones. Operators need minimal training with the support of our robust pre-flight checklist to access safe operations for industrial applications.
  • Collect required data without investing significant time on training and familiarization. Our intuitive flight planning checklist allows you to perform successful missions on your first flight experience, safely.

System Safety

Electronic and mechanical subsystems are designed for commercial operations in the National Airspace System, with aviation standards in mind, providing double and triple redundancy of vital sensors, command and control lost link fail safes, robust engineered airframe as well as sense and avoid capabilities.

  • Our systems can fly autonomously Beyond Line of Sight (BLOS) and are much safer than traditional manually operated, small, multi-rotor drones. Operators need minimal training with the support of our robust pre-flight checklist to access safe operations for industrial applications.
  • Collect required data without investing significant time on training and familiarization. Our intuitive flight planning checklist allows you to perform successful missions on your first flight experience, safely.

System Performance

Our subsystems and flight processes are engineered for commercial endurance, minimizing the need for heavy repair and maintenance while offering discriminating system performance capability.

  • Able to perform in 40 mph winds and industrial environments
  • Able to meet or exceed varying levels of endurance and flight operational needs of enterprise customers
  • Able to fly long distances, Beyond Line of Sight (BLOS) with FAA waivers, confidently
  • Heavy Lift capability allows more than 3x the weight of the empty platform

System Performance

Our subsystems and flight processes are engineered for commercial endurance, minimizing the need for heavy repair and maintenance while offering discriminating system performance capability.

  • Able to perform in 40 mph winds and industrial environments
  • Able to meet or exceed varying levels of endurance and flight operational needs of enterprise customers
  • Able to fly long distances, Beyond Line of Sight (BLOS) with FAA waivers, confidently
  • Heavy Lift capability allows more than 3x the weight of the empty platform

Contact Us

Contact us to get started!

Contact Us

Contact us to get started!