Autonomous Collision Avoidance for Confident Flight Operations
Casia Onboard provides advanced collision avoidance technology using powerful Computer Vision and Machine Learning algorithms to detect, classify, and intelligently avoid both cooperative and non-cooperative aircraft. Designed for diverse airframes and operational environments, Casia ensures safer skies and unlocks new possibilities for autonomous and BVLOS flight.
Primary Features
Long-Range Intruder Detection
Real-time detection and classification of intruder aircraft up to 1.38 km.
Complete 360° Situational Awareness
Full optical coverage with 360° radial detection capability.
Compact, Lightweight Design
Low Size, Weight, and Power (C-SWaP) design compatible with multi-rotor, fixed-wing, and VTOL aircraft.
Additional Features
Advanced Collision Avoidance
Next-Generation Technology
Computer Vision and Machine Learning for superior detection performance.
Continuous Improvements
Software updates enhance functionality and operational safety over time.
Mission-Focused Customization
Configurable device settings tailored for specific mission profiles.
Effortless Autopilot Integration
Seamless integration with popular autopilot systems.
FAA-Compliant Performance
Meets emerging FAA regulatory DAA standards.
Proven Reliability
Extensive testing with over 20,000 real-world encounters and 100,000 simulated scenarios.
FAQ's
Knowledge Base
- Aircraft Compatibility
- FAA Requirements
- Installation
- Operation
- Maintenance
- Troubleshooting Tips and Tricks
What types of aircraft can Casia Onboard integrate with?
Casia is designed for compatibility with multi-rotor, fixed-wing, and VTOL aircraft and integrates seamlessly with various commercially available autopilots.
Does Casia meet FAA regulatory standards for detect-and-avoid systems?
Yes, Casia meets emerging regulatory DAA standards, supporting compliance for Beyond Visual Line of Sight (BVLOS) operations.
What is required for installation?
Installation involves integrating Casia modules onto compatible airframes with minimal modifications, leveraging standard mounting and power supply connections.
How does Casia autonomously avoid collisions?
Casia uses advanced algorithms to detect, classify, and determine optimal avoidance maneuvers, autonomously adjusting flight paths to maintain safety.
What maintenance is required for Casia Onboard?
Minimal regular maintenance is required, primarily focused on visual inspections, software updates, and periodic performance checks.
How do I handle a false positive or unexpected avoidance maneuver?
Review recorded flight data using Casia’s flight management tools to identify potential causes and adjust system configurations as needed to optimize future operations.