Our business is proudly recognized as a Service-Disabled Veteran-Owned Small Business (SDVOSB). Founded and led by a service-disabled veteran, we bring the dedication and integrity of military service to our operations. We strive to make a positive impact in our community and support fellow veterans through our commitment to excellence and service.

ViDARR and Vidarr Defense Solutions ( Build to Print, Kitting, Facility Infrastructure, Engineering and Logistics) Vidarr Defense Solutions stands as a preeminent military company, distinguished for its commitment to innovation and excellence in sensor and product development.

As a solutions-based enterprise, VIDARR is dedicated to addressing the dynamic challenges faced by modern armed forces with cutting-edge technologies. Specializing in the creation of advanced sensors and integrated solutions, the company seamlessly blends expertise in data analytics, artificial intelligence, and precision engineering.

Vidarr provides military entities with a comprehensive suite of products designed to enhance situational awareness, streamline communication, and elevate operational efficiency. With an unwavering focus on delivering tailor-made solutions for defense needs, Vidarr continues to be a trusted partner for armed forces globally, ensuring they remain at the forefront of technological superiority on the battlefield.

280 Heritage Ave, Portsmouth, NH 03801.

• Engineering and Fabrication
• Build to Print Defense Solutions
• Kitting, Logistics, & Supply Chain
• Sensor Integration
• Sourcing Capabilities
• DOD Services
• Contract Consulting Services
• Market Research Support
• Plus Much More!

Yes, ViDARR has the capabilities to work with you based off of your specific bulk inquiry. Just give us a call or shoot over an email to allow us to assist you better!

In the United States, civilians can legally purchase and use night vision equipment without a permit or license. However, there are some restrictions, such as in California, and it is illegal to take night vision equipment out of the country without proper export licenses.

Illuminator: Light source that aids night vision by illuminating the area with infrared light.

Pod: Attachment or part that supports or connects components of the night vision device.

Housing Weight: Weight of the outer shell that encloses the device's components.

Device Weight: Total weight of the night vision device including all components and housing.

Standard: Refers to the original or standard model of a device.

Lightweight: A lighter version of the standard device, often achieved by using lighter materials.

Ingress Rating: Rating that describes the level of protection the device offers against solids and liquids.

Finish: The surface treatment or coating on the device's exterior.

On-Board Power: Power supplied by batteries contained within the device.

Out-Board Power: Power supplied by external sources, not integrated within the device.

Manual Gain Control: Allows the user to manually adjust the brightness amplification.

Detector Type: Type of sensor used in the device, influencing image resolution and quality.

Eye Relief: The minimum distance between the eye and the eyepiece for clear viewing without discomfort.

FOV (Field of View): The extent of the observable area through the device.

Memory: Storage capacity for digital night vision devices to save settings or images.

Package: The full set of items included with the purchase of the device.

Lens System: Describes the size and type of the optical lenses used.

Optical Magnification: The factor by which the device can enlarge the image without digital enhancement.

Digital Zoom: The ability to digitally enhance the image magnification beyond the optical capabilities.

Image Processing: Techniques used to enhance or modify the image captured by the device.

Diopter Adjustment: Allows adjustment of the eyepiece to suit individual eyesight variations.

Weight: Weight of the device, typically specified in pounds.

Warranty: Coverage provided against defects, specified by duration and terms.

Display: The component that visually displays the processed image.

Refresh Rate: Frequency at which the image is updated on the display.

Graphics: Visual elements displayed other than the image, such as crosshairs or navigational data.

Graphic Shot Counter: A feature that counts and displays the number of shots taken.

Black Hot vs White Hot vs Full Color: Image display modes that enhance contrast by representing temperature in different colors.

Generation of Night Vision Technology: Military-grade NVGs typically use Generation 3 (Gen 3) or higher technology. These generations offer improved performance, signal-to-noise ratio, and overall image quality compared to earlier generations.

Signal-to-Noise Ratio (SNR): A high SNR is essential for image clarity in low-light conditions. Military specifications often mandate a specific minimum SNR to ensure reliable performance.

Low Light Performance: Military Night Vision Tubes must perform well in extremely low-light conditions, providing effective visibility in moonless nights or other scenarios with minimal ambient light.

MTBF (Mean Time Between Failures): Military applications demand high reliability. Night Vision Tubes should have a specified MTBF, indicating the average time the device can be expected to operate before a failure occurs.

Operational Wavelength Range: The ability to detect light in a specific wavelength range, including infrared, is crucial for military operations. Military-grade IITs often cover a broad spectrum, including near-infrared.

Automatic Brightness Control (ABC): ABC adjusts the brightness automatically based on ambient light conditions. This feature helps maintain a consistent image and prevents damage from sudden bright light sources.

HALO (High-Altitude Low-Oxygen) Compatibility: Military NVGs may need to operate at high altitudes, so compatibility with high-altitude, low-oxygen environments is important.