aquaLUX Nano (1000m)

Because the aquaLUX Nano features a direct-drive LED architecture, operators have precise, granular control over both brightness and operating frequency. The optical path is protected by a rugged sapphire front element, treated with an anti-reflective (AR) coating to maximize light transmission and brightness output. This lens design provides an incredibly even, uniform spread of light, making it the perfect illumination source for photogrammetry and mapping cameras. This exceptional optical performance is paired with highly efficient LEDs and a unique cooling technology, allowing the fixture to achieve an outstanding efficiency of over 170 lumens per watt.

Compatibility & Upgrade Guide
Upgrading from the original ultraLUX to the aquaLUX Nano? The transition is virtually seamless. The Nano utilizes the exact same PWM signaling and base electrical specifications as the original ultraLUX. The only difference is power consumption—because the Nano is significantly brighter, simply verify that your vehicle's power supply can support the increased current draw before swapping them out.

Switching between the aquaLUX Nano and aquaLUX MAX?
Please note that these two models are not drop-in replacements for one another. They have fundamentally different electrical specifications, particularly regarding their PWM logic voltage limits and maximum power draw. Always double-check your system's specifications before swapping a Nano for a MAX (or vice versa) to ensure compatibility and prevent hardware damage.

Durability and Optics

In order to provide the highest quality light while delivering the durability required for rough, high-pressure subsea environments, the front optical element is machined from ultra-rugged sapphire. To ensure none of that 3,200+ lumen output is wasted, the sapphire is treated with a carefully selected Anti-Reflective (AR) coating. This provides maximum light transmission with minimal loss, resulting in a perfectly even spread of light that is highly optimized for photogrammetry, mapping, and deep-water cinematography.