VA-3 USB Zoom Camera

The VA-3 Digital Badging Camera is compatible with Software House’s CzCURE ID photo identification software package. Connect the hardware, run the autosetup program and you are ready to go. Full control of zoom and brightness is immediately available from the user interface via mouse or keyboard.

The VA-3 makes it easy to take perfect image captures in any environment, even in very dark rooms! Simply hit the capture button and the camera will auto adjust, the auto light will go on, and a high-resolution image with perfect skin tones will be obtained. All light hardware, mounting brackets and control cables are included.

KEY FEATURES

Full Optical Zoom control from the mouse or keyboard

Powerful high intensity flash for perfect captures from 18 inches to 14 feet

Flash directly integrated with camera

Crystal clear, sharp, low noise image quality for the very best image captures

Integrated USB 1.1 or 2.0 interface

Auto-Focus, 18 to 1 optical zoom (72 to 1 digital) under software control

Full screen live display at 640 x 480 at 30 frames a second

Perfect captures anytime, anywhere even in completely dark rooms

Custom cropping option allows preview of captured image as it will appear on your ID card. Eliminates need for software cropping

Specific controls for fine-tuning flesh tones to achieve perfect image replication

Fast image transfer to the CzCURE ID badging application

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Tyco manual VA-3 USB Zoom Camera, KEY Features

VA-3 specifications

The Tyco VA-3 is a sophisticated and versatile underwater vehicle that showcases advanced technologies designed for various applications in the maritime domain. As a part of the growing field of unmanned underwater vehicles (UUVs), the VA-3 has been engineered to meet the demands of both military and commercial operations. Its design reflects the integration of state-of-the-art features and capabilities, ensuring efficiency and reliability in challenging underwater environments.

One of the main features of the Tyco VA-3 is its modular architecture. This construction allows for easy customization and adaptability to specific mission requirements. Users can integrate different payloads and sensors, making the VA-3 suitable for tasks such as reconnaissance, surveillance, and environmental monitoring. The platform supports a wide range of equipment, including imaging systems, acoustic sensors, and chemical analyzers, enabling comprehensive data collection and analysis.

In terms of performance, the VA-3 boasts impressive maneuverability and endurance. Equipped with advanced propulsion systems, it can achieve remarkable speeds while maintaining stability during operation. Its battery technology ensures extended mission capabilities, enabling it to remain underwater for substantial periods without the need for frequent recharging. This longevity is essential for long-duration missions and for accessing remote or hard-to-reach areas.

The vehicle's navigation and control systems are also noteworthy. Utilizing a combination of GPS, inertial navigation systems (INS), and advanced algorithms, the VA-3 can accurately navigate complex underwater terrains. This capability minimizes the risks of collisions and enhances the success rate of intricate missions. Furthermore, real-time data transmission and telemetry allow operators to monitor the vehicle's status and gather information instantaneously.

The Tyco VA-3 is built with rugged materials designed to withstand the marine environment's harsh conditions, ensuring durability and reliability over time. Its streamlined design not only aids in reducing drag but also contributes to its stealth features, making it less detectable in sensitive operations.

Overall, the Tyco VA-3 represents a significant advancement in underwater vehicle technology, combining versatility, endurance, advanced navigation, and adaptability. Its multifaceted features make it an invaluable asset for a variety of stakeholders in the fields of defense, research, and environmental management, positioning it as a key player in the realm of unmanned underwater solutions.