Pyka is spotlighting strong field performance for its Pelican 2 autonomous electric aircraft, as recent updates focus on both large-scale commercial operations and rigorous testing in challenging conditions. This weekly summary reviews new customer data from Brazil and validation efforts in the U.S. that underscore the platform’s spray efficiency and precision agriculture capabilities.
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Brazilian grower Natter Agro reported using Pelican 2 for large-scale spray operations after first encountering the system at a trade show, and has since expressed satisfaction with its in-field performance. By preparing multiple runways, Natter Agro achieved reported spray rates of 123 hectares per hour, above the manufacturer’s projected 90 hectares per hour, and covered 881 hectares in a single shift.
The customer characterized Pelican 2’s productivity as the best among technologies it has used, suggesting meaningful efficiency gains versus conventional aerial or ground-based spraying solutions. For Pyka, these results provide real-world validation in a key agriculture market like Brazil, where improvements in throughput and coverage can translate into tangible economic benefits for large row-crop operations.
In parallel, Pyka is emphasizing rigorous field testing of Pelican 2 in adverse conditions, including live water spray demonstrations in strong wind at a California test site and additional validation work in Brazil. The company highlights that Pelican 2’s spray performance is intended to meet or exceed that of conventional crewed aircraft, with a focus on consistent coverage and reliability.
Technical features such as ceramic hollow cone nozzles and proprietary electric rotary atomizers, which can dynamically control droplet size based on release height and airspeed, are central to Pyka’s precision agriculture value proposition. These capabilities aim to reduce input waste, improve spray uniformity, and potentially enhance environmental outcomes, strengthening the appeal of Pelican 2 for commercial operators.
From an investment standpoint, the combination of customer case studies and cross-market testing supports Pyka’s positioning in the agtech and aerial application segments. Demonstrated productivity gains and validated spray efficacy may help lower adoption barriers, bolster the company’s competitive standing, and underpin future revenue opportunities as autonomous systems gain traction in global agriculture.
Partnerships and ecosystem development also feature in the week’s updates, with regional partner Synerjet Agro cited alongside Natter Agro in Brazil. As Pyka builds out distribution, support, and service structures around Pelican 2, it could improve scalability and customer confidence, though long-term growth will depend on replicating these results across more farms and regions.
Overall, the week highlighted concrete operational data and technical proof points that reinforce Pelican 2’s role as a high-performance autonomous spray platform, enhancing Pyka’s narrative around efficiency, precision, and real-world readiness in agricultural aviation.

