The Art of Layered Lighting: Depth, Structure & Safety
Exceptional lighting design goes beyond brightness — it creates dimension, hierarchy, and atmosphere. Our systems support a refined four-layer lighting strategy:
- Underwater (Depth): Submersible fixtures generate an internal glow that defines the volume and clarity of ponds and pools.
- Landscape (Structure): Directional spotlights emphasize specimen trees, masonry textures, and architectural contours.
- Accent (Drama): Precision optics — narrow beams (15°–30°) for focal elements like waterfalls, wide floods (45°–60°) for ambient washes.
- Pathway (Safety): Low-profile fixtures ensure safe navigation while subtly defining boundaries and transitions.
1. Submersible (IP68) Lights
Designed for permanent submersion. These IP68-rated LED fixtures withstand continuous hydrostatic pressure while enhancing water depth and clarity. Output ranges from 300 to 1500+ lumens, allowing precise performance matching based on water depth and turbidity.
2. Landscape & Accent (IP67) Lights
Rugged IP67-rated fixtures built for perimeter and surface applications. Ideal for up-lighting trees, stonework, and structural textures, creating a seamless visual transition from water feature to landscape.
3. Transformers & Power Supplies
The control center of your lighting system. Our multi-tap transformers actively compensate for voltage drop, supporting professional 12/2 and 10/2 direct-burial cable configurations for stable, flicker-free illumination.
Engineering for Brilliance: Why High-CRI LED Matters
Low-quality lighting distorts color and flattens visual depth. Our fixtures utilize premium CRI 85+ LEDs, delivering natural color accuracy with efficiency reaching 90+ lumens per watt. The 12V low-voltage architecture ensures operational safety for families, pets, and aquatic life, while supporting installation in accordance with NEC/CEC electrical codes.
Industrial Resilience & Long-Term Value (ROI)
Professional-grade lighting reduces total cost of ownership through energy efficiency, extended lifespan, and minimal maintenance requirements:
- Marine-Grade Construction: Solid brass and 316 stainless steel resist corrosion in freshwater, chlorinated systems, and saltwater coastal environments.
- Advanced Thermal Regulation: Integrated heat dissipation systems maintain optimal diode temperature, preserving the 50,000+ hour LED lifespan.
- Voltage Stability: Multi-tap compensation protects fixtures from premature degradation caused by voltage fluctuations and extended cable runs.
System Planning Guidance
For reliable long-term performance, calculate your Total Wattage Load before selecting a transformer. Maintain at least 20% headroom capacity to accommodate expansion and cable resistance. For runs exceeding 50 feet, we recommend multi-tap transformers paired with 12-gauge cable to minimize voltage drop and ensure uniform brightness across all fixtures.
Frequently Asked Questions About Pond & Landscape Lighting
What is the difference between IP67 and IP68 lighting?
IP67 fixtures are designed for landscape use and can withstand temporary splashes or heavy rain, but not continuous submersion. IP68 fixtures are vacuum-sealed for permanent underwater use and are engineered to handle the hydrostatic pressure found in ponds, fountains, or pools.
At what distance do I need a multi-tap transformer to compensate for voltage drop?
Voltage drop typically becomes noticeable on cable runs exceeding 50 feet. For runs of 100 feet or more, using the 13V, 14V, or 15V taps on a multi-tap transformer ensures that the furthest fixtures receive the necessary 12V for consistent brightness across the entire system.
Do I need a GFCI outlet for my outdoor lighting system?
Yes. In accordance with NEC/CEC codes in the US and Canada, all outdoor lighting transformers must be connected to a GFCI-protected (Ground Fault Circuit Interrupter) outlet to ensure maximum safety in wet soil and aquatic environments.
Are these fixtures compatible with saltwater pool systems?
Yes. Our lighting fixtures constructed from 316 Stainless Steel and high-impact polymers are specifically engineered to resist corrosion in saltwater and brackish environments, ensuring long-term structural and aesthetic integrity.







