Caddx IRC-640CA IRC-384CA 640x512 384×288 Analog Thermal Imaging Camera for FPV Drone

Overview

The Caddx IRC-640CA and IRC-384CA analog thermal imaging cameras provide exceptional thermal imaging performance for FPV drones and other applications. Featuring uncooled vanadium oxide detection technology, these cameras ensure sharp, reliable thermal imagery under diverse conditions. The IRC-640CA model boasts a high-resolution 640×512 sensor, while the IRC-384CA offers a 384×288 resolution, both delivering superior clarity and precision in a compact, lightweight design.

Key Specifications

Features

• High Sensitivity: Leverages uncooled vanadium oxide technology for accurate thermal detection with minimal noise.

• Compact Design: Lightweight and small dimensions for easy integration with drones and other equipment.

• Wide Temperature Range: Operates seamlessly from -20°C to 60°C, ensuring reliable performance in various environments.

• Flexible Power Input: Supports 5 to 16 V, making it adaptable to diverse power sources.

• Standardized Video Output: PAL format ensures compatibility with a wide range of video systems.

Applications

The Caddx IRC-640CA and IRC-384CA are designed for:

• Industrial Inspections: Detecting thermal irregularities in machinery and infrastructure.

• Search and Rescue Missions: Enhancing visibility in low-light or obscured environments.

• Security and Surveillance: Monitoring sensitive areas with thermal imaging.

• Drone-Mounted Imaging: Ideal for FPV drones, enabling real-time thermal data capture.

Package Contents

• 1x Caddx Thermal Camera (IRC-640CA or IRC-384CA)

• 1x 3-pin JST-SH1.25 Cable

Why Choose Caddx Thermal Cameras?

Caddx stands out for its commitment to delivering innovative, high-quality imaging solutions. The IRC-640CA and IRC-384CA cameras combine advanced technology, durability, and user-friendly operation to meet the needs of professionals in various industries. With these cameras, you can rely on unparalleled thermal imaging performance in a compact, efficient design.