Hortiled® Top Explore

  • Latest innovation from Hortilux Schreder in 400V
  • Easy installation and stable design
  • Rated Power: 1030/1045/1050W
  • Radiation Angle: Deep 120° / Wide Beam / HighWirePeak®
  • Photosynthetic flux: 3106/2951/2770 µmol/s
  • Photosynthetic efficacy: up to 2,96 / 2,87 / 2,65 µmol/J
  • Sealing: IP65
  • Dimming with DALI 2.0 protocol (suitable for D4i)

The Perfect Solution:

The HORTILED Top Explore is the perfect solution for making the right decision when switching to LED. Any desired light recipe can be accurately created at any time with the touch of a button in the software interface. Blue, green, red, and far-red can be individually adjusted down to the μmol in the software interface. This research fixture with a variable adjustable light recipe is unique because it has all the features of a production fixture with a fixed light recipe but with endless possibilities.

Previously, research fixtures with variable light recipes had lower output and smaller sizes that were only suitable for laboratory or climate cell setups. The HORTILED Top Explore eliminates all possible differences between a laboratory setup and a real greenhouse environment, both in production greenhouses and in R&D facilities. When the light recipe tested with the HORTILED Top Explore is implemented in a production model fixture with a fixed light recipe, the production results will be the same.

The fixture can be used in any greenhouse situation with existing installations: Plug & Play! HORTILED Top Explore consists of a light unit (LU) that contains the LEDs. The LU is connected by cables to the driver unit (DU), which controls the power and output of the LEDs in the LU. The DU is connected via a wireless connection to the software interface on a computer to make the settings.


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HORTILED Top Explore is the innovative research fixture with 1050W power, specifically designed for testing light recipes in production environments rather than laboratory setups. All colors can be adjusted in the software down to the μmol, offering endless possibilities for creating light recipes. Therefore, the grower or researcher knows exactly how each spectrum will perform in the greenhouse or an R&D facility. No more surprises when transitioning from theory to practice!

The transition to hybrid LED or full LED raises many questions, including topics such as investment security, energy savings, system, and spectrum selection. Additionally, growing under LED requires additional but also different knowledge. As a knowledge partner in the field of plant lighting, we help gardeners successfully transition to LED.


  • Increasing investment security during the transition to LED grow light
  • Reducing start-up losses through learning effect and correct climate settings
  • Optimizing light recipes for better plant quality and more consistent production
  • Improving the lighting strategy through advice from Hortilux consultants
  • Advice and guidance regarding experimental design and software control
  • Monitoring, interpretation, and reporting of test results