Black Oak LED 2MIR-POD850 Pro Series 3.0 2" 850nm Infrared Flood Pod Light White Housing

The Black Oak LED Pro Series 3.0 2" 850nm Infrared Flood Pod Light brings together Black Oak's rugged Marine Series construction with advanced infrared LED technology. Operating at 850 nanometers, this pod light is invisible to the naked eye and pairs seamlessly with night vision goggles and night vision cameras, making it an ideal solution for low-light marine, off-road, and tactical applications.

Engineered with Black Oak's latest Pro Series 3.0 platform, this generation delivers a 20% increase in lumen output over its predecessor, placing it among the most powerful compact infrared lights available. The flood optic pattern provides wide-area illumination coverage, ideal for close- to mid-range night vision use. The white aluminum housing is IP69K rated—the highest ingress protection rating available—ensuring complete resistance to dust, high-pressure washdowns, and full water immersion. Whether mounted offshore on a marine vessel or on a vehicle in harsh environments, this light is built to perform.

Key Features:

• 850nm infrared wavelength — invisible to the naked eye, compatible with night vision goggles and cameras
• Pro Series 3.0 — 20% increase in lumens over previous generation
• Flood optic pattern for wide-area infrared coverage
• IP69K rated — highest ingress protection rating available; dust-tight and high-pressure water resistant
• 3W infrared LEDs with 1.35A draw per light
• Durable aluminum housing in white finish
• Suitable for marine, off-road, and vehicle applications

Technical Specifications:

• Wavelength: 850nm
• LED Type: 3W Infrared
• Current Draw: 1.35A per light
• Optics: Flood
• Housing Color: White
• IP Rating: IP69K
• Dimensions (with mounting bracket, W x H): 3.20" x 3.80"

In the Box:

• Infrared pod light (sold individually)
• Complete wiring harness with fuse, relay, and switch
• Mounting brackets
• All installation hardware included

Note: Do not stare directly into IR lights. Sold as an individual unit.