Lynred USA AstroScope Night Vision Gen 3 Module, Variable Gain, White Phosphor, with Canon EOS R5 Mirrorless Camera

With the AstroScope Night Vision Gen 3 Module for Canon EOS Mirrorless Cameras, transform your high-performance Canon mirrorless camera and lens into a military-grade night vision system, perfect for capturing both video and images in low-light conditions. This advanced module integrates GEN-3 night vision technology, allowing you to convert dark scenes into bright, high-resolution images while maintaining the existing electronic communications between your camera and the objective lens.

When mounted between the camera body and the objective lens, the AstroScope module ensures that all lens functions, including autofocus and image stabilization, remain fully operational. This makes it an indispensable tool for photographers who require high-performance night vision capabilities. The module features an adjustable gain control with a variable-gain knob, allowing users to fine-tune the night vision enhancement to suit specific lighting conditions.

The AstroScope Night Vision Gen 3 Module is ideal for a variety of applications, including surveillance and security. It enables the observation and detection of intrusions at key infrastructure locations in low-light or dark conditions, leveraging LYNRED USA's expertise in infrared and night vision technology. For outdoor enthusiasts, the module aids in identifying a target's thermal print with clarity and depth, making it a valuable asset for wildlife identification and monitoring.

In ground and land operations, infrared technology is crucial for supporting ground forces, offering high sensitivity imaging for threat detection in military scenarios. The AstroScope module's embedded systems with advanced wavelength-specific SWaP-designed detector solutions provide unparalleled performance in these demanding environments.

For law enforcement, the AstroScope Night Vision Gen 3 Module offers a choice of night vision image intensifiers and infrared camera cores and detectors, enabling officers to image thermal signatures quickly and effectively, even in conditions that are indiscernible to the human eye. This makes it an essential tool for enhancing situational awareness and ensuring safety in challenging environments.