VIDEO: Wisk’s Full-Stack Autonomy Testing: Integrating Critical Systems for the Future of Autonomous Flight
Wisk has released a short video, which details how the company develops the autonomy system for its Gen 6 eVTOL aircraft.
The Boeing subsidiary is pioneering the future of autonomous flight with cutting-edge innovations which will redefine urban air mobility. A crucial step in its journey is full-stack autonomy testing, where it integrates all critical systems — sensors, radar, radios, and flight computers—into a single, seamless platform.
Its R&D helicopter then serves as the testbed for this integration, allowing the team to validate how these components work together as one cohesive system.
Why Full-Stack Autonomy Matters
Autonomous flight isn’t just about having a capable aircraft — it’s about ensuring all systems work in harmony to navigate complex airspace safely and reliably. Unlike conventional aircraft that rely heavily on pilots, Wisk says its approach is focused on full autonomy, reducing human workload while enhancing safety and efficiency.
Wisk’s full-stack autonomy testing ensures that:
- Sensors provide real-time situational awareness.
- Radar detects and tracks other aircraft and obstacles.
- Radios facilitate seamless communication with air traffic management.
- Flight computers make intelligent decisions to ensure safe and efficient operations
The Role of its R&D Helicopter
To test and refine these systems, Wisk has integrated them into its R&D helicopter, to gather invaluable data in real-world flight conditions. This approach helps Wisk evaluate:
- Sensor Fusion: How different sensor inputs are combined to create a unified picture of the airspace
- Redundancy & Reliability: How the system handles unexpected scenarios or potential failures
- Decision-Making Algorithms: How the aircraft interprets data to make real-time flight adjustments
Building Toward the Future
This full-stack autonomy testing is a critical milestone on Wisk’s path to launching self-flying air taxis. The insights gained from these tests will directly inform the development of its next-generation aircraft, ensuring they meet the highest safety and reliability standards.

