Lightweight, American-made UAV for high-resolution infrastructure inspections and ISR missions, featuring modular camera payloads and advanced imaging.

# Skyfish Osprey Drone – Precision UAV for Infrastructure Inspections and ISR Missions

The Skyfish Osprey Drone is a lightweight, American-made UAV engineered for high-resolution infrastructure inspections and Intelligence, Surveillance, and Reconnaissance (ISR) missions. Designed for professionals in sectors like utilities, defense, and public safety, the Osprey combines portability with advanced imaging capabilities to deliver precise aerial data.

Key Features and Advantages

1. High-Resolution Imaging

Equipped with a modular payload system, the Osprey can integrate high-resolution cameras, such as the Sony ILX-LR1 61MP full-frame camera, which is suitable for photogrammetry and inspection tasks. The ILX-LR1 camera features interchangeable e-mount precision lenses and a wide ISO range of 100–32000, ensuring high-quality imagery in various lighting conditions.

2. Advanced EO/IR Sensor

For ISR applications, the Osprey integrates the NextVision Raptor EO/IR sensor, offering an X80 optical zoom (X40 + X2 digital) and significant infrared range. This sensor provides day, low-light, and night-time capabilities, enhancing situational awareness in diverse environments.

3. Lightweight and Portable

Weighing approximately 14 lbs (6.35 kg), the Osprey's compact design allows for easy transport and rapid deployment, making it ideal for field operations.

4. Extended Flight Time

The drone offers flight times of up to 45 minutes, depending on the battery selected, enabling efficient coverage of large areas during missions.

5. Real-Time RTK Geotagging

Integrated RTK GPS provides centimeter-level location accuracy, with every frame automatically geotagged with time, date, and precise location data, facilitating accurate mapping and analysis.

6. Autonomous and Manual Flight Modes

The Osprey supports both autonomous and manual flight modes, offering flexibility to operators and ensuring adaptability to various mission requirements.