Showing 109–120 of 175 results

FC-E1000W 1000w EU MSRP 882.99 EURO

The FC-E1000W is a 1000 watt LED grow light with a full spectrum light targeting full cycle plant growth. Built for high PPFD cultivation (such as highly-concentrated CO2 grows), the FC-E1000W is our most powerful grow light to date with a whopping PPF of 2,766 umol/s and an average PPFD of over 1,300 μmol/m²/s. The possibilities are endless for commercial grows!
  • Wattage - 1000 watt
  • General Coverage - 4x4 ft
  • Maximum Coverage - 5x6 ft

FC-E1000W 1000w MSRP USA 729.99 USD

The FC-E1000W is a 1000 watt LED grow light with a full spectrum light targeting full cycle plant growth. Built for high PPFD cultivation (such as highly-concentrated CO2 grows), the FC-E1000W is our most powerful grow light to date with a whopping PPF of 2,766 umol/s and an average PPFD of over 1,300 μmol/m²/s.  The possibilities are endless for commercial grows!
  • Wattage - 1000 watt
  • General Coverage - 4x4 ft
  • Maximum Coverage - 5x5 ft

FC-E1200W EU

Quick Overview
  • Power Draw: 1200W±5%@AC220V-277V, 1200W minus 1-30%@AC100V-120V
  • PPE: 2.9μmol/j
  • Max Yield: 3.5g/watt
  • Core Coverage: 120x180cm
  • Max Coverage: 150x210cm
2024 NEW FC-E1200W, a 1200-watt LED grow light featuring advanced LED diodes. Perfect for high PPFD cultivation in high CO2 environments, it delivers an extraordinary PPFD of 3451 μmol/m²/s.   Note: Due to the high shipping costs for this model, we recommend that you pick up the item directly from our German warehouse. You can get a discount for self-collection. Please contact your sales representative for a quote.

FC-E1200W USA

Quick Overview
  • Power Draw: 1200W±5%@AC220V-277V, 1200W minus 1-30%@AC100V-120V
  • PPE: 2.9μmol/j
  • Max Yield: 3.5g/watt
  • Core Coverage: 120x180cm
  • Max Coverage: 150x210cm
2024 NEW FC-E1200W, a 1200-watt LED grow light featuring advanced LED diodes. Perfect for high PPFD cultivation in high CO2 environments, it delivers an extraordinary PPFD of 3451 μmol/m²/s.

FC-E1500 150w EU MSRP 156.99 EURO

  • Smart-Grow FC-E1500, a member of the Mars Hydro smart grow system, supports APP control on the smartphone and OTA data transfer and storage. Densely installed with BridgeLux chips, suitable for personal cultivation and veg grow room.
    • Wattage – 150w
    • Veg Coverage – 2.5’x2.5′
    • Flower Coverage – 2’x2′
    For Indoor Horticulture growers, from professional cultivators to hobbyists.

FC-E1500 150w USA

  • Smart-Grow FC-E1500, a member of the Mars Hydro smart grow system, supports APP control on the smartphone and OTA data transfer and storage. Densely installed with BridgeLux chips, suitable for personal cultivation and veg grow room.
    • Wattage – 150w
    • Veg Coverage – 2.5’x2.5′
    • Flower Coverage – 2’x2′
    For Indoor Horticulture growers, from professional cultivators to hobbyists.

FC-E3000 300w EU MSRP 264.99 EURO

Smart-Grow FC-E3000, a member of the Mars Hydro smart grow system, supports APP control on the smartphone and OTA data transfer and storage. Densely installed with 1184 pcs BridgeLux chips, suitable for personal cultivation and veg grow room.
  • Wattage - 300w
  • Veg Coverage - 3'x3'
  • Flower Coverage - 2.5'x2.5'
For Indoor Horticulture growers, from professional cultivators to hobbyists.

FC-E3000 300w USA MSRP 209.99 USD

Smart-Grow FC-E3000, a member of the Mars Hydro smart grow system, supports APP control on the smartphone and OTA data transfer and storage. Densely installed with 1184 pcs BridgeLux chips, giving a high PPFD of 1000 umol/m²/s, suitable for personal cultivation and veg grow room.
  • Wattage - 300w
  • Veg Coverage - 3'x3'
  • Flower Coverage - 2.5'x2.5'
For Indoor Horticulture growers, from professional cultivators to hobbyists.

FC-E3000 Grow Tent Kits EU

High Efficiency and High Quality The dense light chips and special arrangement combination make FC-E3000 have even light distribution and

FC-E3000 Grow Tent Kits USA MSRP 489.99 USD

High Efficiency and High Quality The dense light chips and special arrangement combination make FC-E3000 have even light distribution and