Our very own Jupiter Bollard won the 2024 LIT Design Award in the 'Landscape Lighting Design' category!

Watch this video to view the product in detail.

Meet Jupiter, a sophisticated and versatile bollard light that not only illuminates but transforms your outdoor space into a tranquil and inviting haven. Standing upright with a sleek, modern design, Jupiter emits a warm and gentle glow that enhances the surrounding greenery, creating a captivating contrast against the dark backdrop of trees and plants. Its robust and contemporary aesthetic integrates effortlessly with its organic surroundings, offering both style and function for any landscape.

What sets Jupiter apart is its innovative modular system, designed for ultimate flexibility and customization. It consists of three easily interchangeable modules:

• The uplight module casts a focused beam upwards, highlighting tree branches and adding vertical dimension to the landscape.
  
  
• The downlight module directs light downward, softly illuminating pathways and nearby shrubs, ensuring both safety and visual appeal.
  
  
• The ring module distributes general ambient light around the bollard, bathing the immediate area in a gentle, soothing glow.

Jupiter’s modules are easily removable and adjustable, allowing effortless customization as your landscape evolves. With a variety of beam angles and color temperatures, it offers precise control over lighting to suit your space's needs. Its customizable design creates a calm, welcoming atmosphere, making it an ideal solution for any landscape.

Sustainability Approach

Circular economy

Jupiter's modular system enhances sustainability by enabling the replacement or adjustment of individual components, such as uplights, downlights, and ring lights, rather than the entire fixture. This flexibility extends the product's lifespan and minimizes waste, as only specific modules require upgrades or replacement when lighting needs evolve or landscapes change.

Climate action

LED technology in outdoor lighting, like bollard lights, is highly energy-efficient, consuming far less power than traditional bulbs and reducing both energy demand and carbon emissions. Adjustable beam angles and color temperatures allow users to customize lighting to their space, preventing light pollution. This targeted lighting reduces energy waste by focusing light only where needed, enhancing the system’s sustainability.