Drone Technologies
Introducing Wharton Technologies’ innovative integrated drone enhancement—designed to revolutionize aerial operations. Our cutting-edge technology generates power on board, maximizing flight uptime while significantly minimizing recharge downtime. With a focus on efficiency, this solution not only enhances operational capabilities but also extends the lifecycle of your drone, ensuring that you stay ahead in the competitive landscape. Experience the future of drone technology with Wharton Technologies.
Micro Induction Generator
Our Micro Induction Generator (M.I.G.) is essential to our enhancement technology. This solid-state onboard power generator offers a scalable power output ranging from 45 to 350 kW per unit, featuring dynamic throttle control and a swift load response.
Small scale Micro Induction Generator that is easy to integrate with any drone or UAV application.
The system is designed with platform-specific weight and volume considerations, featuring modular mounting options to accommodate various airframes. It offers in-flight start and restart capabilities to ensure mission continuity, operating effectively in all flight orientations without performance degradation. Additionally, the system is compatible with aggressive maneuvers and high-G flight conditions, making it a versatile solution for demanding operational environments.
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Versatile Scalable Integration.
The solid-state M.I.G. integrated with a drone arm features no moving parts, resulting in significantly reduced maintenance time and costs. Its silent whisper system and lightweight frame ensure that flight performance remains.
Advanced Reliability
Get ready to experience unparalleled reliability with an expected service life of around 13 years, thanks to routine maintenance. Our advanced containment system is expertly designed to protect your airframe systems, ensuring of mind. Plus, with an emergency shutdown feature for safe power demobilization, you can operate confidently. Engineered with redundancy and conservative thermal margins.
Reliability and durability ensure supreme performace in even the most hostile environments.
Extreme Climate Operations
The operating temperature range spans from −60 to +270°C, ensuring reliable performance in both extreme cold and heat. It is designed to resist dust, water, andwater intrusion, providing dependable functionality for prolonged maritime and coastal operations. With proper sealing, it can operate effectively in submerged environments, making it perfect for underwater or splash-prone applications. It offers robust performance under thermal and contamination stresses, protecting system integrity in challenging conditions.
The ability to withstand extreme temperatures enables unprecedented rescue, defense, and scientific missions in both extremely hot and cold conditions.