FLUVAL Aquasky Bluetooth LED 3.0 LED

The Fluval Aquasky 3.0 LED is a fully programmable aquarium lighting system featuring RGB and dual white LEDs, customizable 24-hour light cycles, and Bluetooth & Wi-Fi control via the FluvalConnect app. Designed to replicate natural daylight conditions, it is ideal for freshwater, planted, and biotope aquariums.

Key features:

  • Fully programmable RGB + dual white LED lighting
  • Adjustable colour spectrum for natural fish and plant appearance
  • Simulates sunrise, daylight, sunset and moonlight
  • Dynamic weather effects including cloud cover and storms
  • 24-hour automated lighting cycle
  • Controlled via the FluvalConnect mobile app
  • Bluetooth and Wi-Fi (2.4 GHz) connectivity
  • IP67 waterproof and dust-resistant construction
  • High-quality glass lens for optimal light transmission
  • Aluminium housing for efficient heat dissipation
  • Adjustable mounting brackets and retrofit kit included
  • Engineered in Germany

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Description

The Fluval Aquasky 3.0 LED is a fully programmable aquarium lighting system designed to recreate natural daylight conditions for freshwater aquariums and aquatic plants. Featuring RGB and dual bright white LEDs, it offers a customizable light spectrum that enhances the natural colours of fish, plants, and décor while allowing users to simulate realistic environmental conditions.

Using the FluvalConnect mobile app, users can create fully automated 24-hour lighting schedules, including gradual sunrise, daylight, sunset, moonlight and weather effects such as cloud cover or storms. Bluetooth and Wi-Fi connectivity provide convenient remote control and programming.

Engineered in Germany, the Aquasky 3.0 features an IP67-rated waterproof design, high-quality glass optics, efficient aluminium heat dissipation, and multiple mounting options, making it suitable for a wide range of aquarium sizes.

Ideal for freshwater aquariums, planted tanks, and freshwater biotope aquariums where natural light cycles contribute to a more realistic ecosystem.