Pyka is underscoring the central role of software in its autonomous electric aircraft, spotlighting Director of Software Hannah Droesbeke’s rise from flight test software engineer to leading the software organization. The company emphasizes that her hands-on flight test background directly informs the design and refinement of flight control and operational software for its autonomous platforms.
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The latest updates also highlight an expanded hiring push, with multiple senior and mid-level openings across embedded systems, general software, and HMI/UI/UX roles. This recruitment drive signals continued investment in core autonomy, control, and user interface capabilities that are critical to product reliability, scalability, and customer adoption in commercial operations.
These talent initiatives follow recent field performance data for the Pelican 2 autonomous electric aircraft, where Brazilian customer Natter Agro reported spray rates exceeding manufacturer projections and high satisfaction with in-field productivity. Pyka is also continuing rigorous validation of Pelican 2 in challenging conditions, including strong-wind water spray tests in California and further trials in Brazil.
Technical features such as ceramic hollow cone nozzles and proprietary electric rotary atomizers, which modulate droplet size based on height and airspeed, remain central to Pyka’s precision agriculture value proposition. These systems are designed to improve spray uniformity, reduce input waste, and help Pelican 2 match or outperform conventional crewed aircraft in coverage consistency and reliability.
Partnerships like the one with Synerjet Agro in Brazil support Pyka’s efforts to build a broader distribution and service ecosystem around Pelican 2. Overall, the week’s developments point to a company deepening its software and engineering bench while reinforcing real-world performance credentials, a combination that could strengthen its position in autonomous agricultural aviation over time.