BoulderLamp MoonWalker MAX 990W Full Spectrum LED Grow Light

The BoulderLamp MoonWalker MAX 990W Full Spectrum LED Grow Light is a commercial-grade horticultural fixture that pairs powerful full-spectrum plant lighting with BoulderLamp’s specialized cycling beam technology. Designed primarily for high-intensity flowering, it delivers up to 990 watts of power, covers up to a 4’ x 5’ growing area and adds a dedicated violet-blue 405nm antimicrobial light channel to help maintain cleaner indoor growing conditions.

Unlike a conventional LED grow light running one fixed spectrum, the MoonWalker MAX combines a broad horticultural spectrum with a separate UVA-Purple-White cycling beam. The cycling beam moves between sections of the fixture, introducing targeted wavelengths including 405nm light, while the six-bar architecture provides broad coverage across the canopy.

• Power: Up to 990W
• Coverage: Up to 4’ x 5’
• Efficiency: Up to 2.7 µmol/J
• Crop Protection: 405nm Cycling Beam

With premium Cree, Osram and Samsung LEDs, dedicated LEDESTAR 405nm LEDs, Philips/Signify drivers, programmable lighting control and commercial 120–277VAC compatibility, the MoonWalker MAX is built for growers who want much more than raw light output from their fixture.

Full-Spectrum Light + Cycling Beam Technology

The MoonWalker MAX builds two distinct lighting functions into one commercial fixture. Its primary full-spectrum system provides the broad spectral energy plants need to develop, while the cycling beam introduces a separate UVA-Purple-White spectrum that includes a concentrated 405nm violet-blue wavelength.

Instead of running the entire fixture under the specialized spectrum, the cycling beam alternates through the light bars, so the MoonWalker MAX maintains its primary horticultural output while periodically introducing the cycling spectrum.

Integrated 405nm Antimicrobial Light

One of the MoonWalker MAX’s defining features is its dedicated 405nm antimicrobial LED system. BoulderLamp uses LEDESTAR 405nm LEDs within the cycling beam to help inhibit mold, pests and microbial growth in indoor cultivation environments, and describes the 405nm wavelength as safe for human exposure.

Because the technology is built directly into the fixture, there’s no need for a completely separate supplemental antimicrobial lighting system.

High-Intensity Cycling Beam

The MoonWalker MAX cycling beam is considerably more than a small supplemental light channel. At maximum output, BoulderLamp reports cycling-beam PPFD above 2,500 µmol/m²/s at beam center, with a default cycling duration of 5 seconds as its concentrated output moves through the lighting array.

That is a fundamentally different approach from fixtures that simply add a handful of violet or UV diodes to a conventional full-spectrum LED board.

Up to 2.7 µmol/J Efficiency

High-output performance is paired with efficient photon production. The MoonWalker MAX reaches approximately 2.7 µmol/J without the cycling beam and approximately 2.6 µmol/J with the cycling beam operating.

The fixture works as an efficient full-spectrum horticultural light while giving growers the option to build BoulderLamp’s cycling-beam technology into their lighting strategy.

Premium Cree, Osram & Samsung LEDs

The primary full-spectrum white and red lighting system incorporates LEDs from Cree, Osram and Samsung, while dedicated LEDESTAR LEDs produce the antimicrobial 405nm component.

Philips/Signify Drivers

The LED system is paired with high-reliability Philips/Signify LED drivers, creating a component package designed around demanding commercial operation.

Broad Full-Spectrum Output

Plants use energy throughout the photosynthetically active range, not only isolated red and blue wavelengths. The MoonWalker MAX’s broad full-spectrum foundation delivers energy across the visible spectrum, including blue, green, yellow and red wavelengths.

Blue and red wavelengths play major roles in photosynthesis, while green wavelengths penetrate deeper into plant tissue and contribute to photosynthetic activity farther into dense canopies.

Flowering-Optimized Spectrum

The MoonWalker MAX is designed primarily around high-intensity flowering. Its full-spectrum output combines broad white light with strong red energy, while the separate cycling beam adds violet-blue wavelengths including 405nm.

That spectral architecture suits growers looking for high photon density during flowering while keeping a broad spectrum across the rest of the photosynthetically active range.

Six-Bar Commercial Design

The MoonWalker MAX uses a large six-bar LED architecture measuring approximately 47” x 43” x 2.5”. Spreading the LEDs across six separate bars creates a large emitting surface rather than concentrating output into a small central fixture.

Rated for coverage up to approximately 4’ x 5’, the fixture suits commercial indoor rooms, vertical farms, greenhouses and other controlled-environment growing applications.

Programmable Lighting Recipes

The MoonWalker platform goes beyond basic manual dimming. With BoulderLamp’s compatible programmable controller, growers can divide vegetative or flowering periods into multiple segments and independently program the light level and number of days for each stage.

Lighting intensity then changes automatically as plants progress through the cultivation cycle, instead of requiring constant manual adjustments.

Programmable Cycling Beam

The cycling beam can also be built into programmed lighting recipes. Growers can set the cycling-beam interval in seconds, so the specialized spectrum runs on a predetermined schedule.

Control Up to 100 MoonWalker Fixtures

For larger commercial installations, BoulderLamp’s MLC1 controller can manage up to 100 MoonWalker fixtures. Lighting stages, intensity levels, duration and cycling-beam intervals can all be centrally programmed.

That centralized approach is especially useful in larger flowering rooms and multi-tier facilities where manually managing dozens of fixtures would be inefficient.

Daily Light Integral Control

BoulderLamp’s controller platform can also be used to create Daily Light Integral (DLI) recipes, adjusting light intensity across different stages of development.

Operators can build structured lighting programs rather than running the fixture at one fixed intensity for the entire cycle, gaining another level of control over total light delivered to the crop.

Moisture-Resistant LED Boards

Indoor horticultural lighting regularly runs in warm, humid environments. The MoonWalker MAX’s LED circuit boards feature a Dow Corning silicone conformal coating designed to resist water spray, maintain consistent intensity and reduce light depreciation.

That added protection is especially valuable where fixtures accumulate thousands of operating hours under elevated humidity.

120–277VAC Commercial Compatibility

The MoonWalker MAX supports an operating voltage range of 120–277VAC, integrating into both conventional and commercial electrical systems. Maximum input power varies with operating voltage, reaching 990W at 120VAC.

Choosing a Voltage Configuration

120V — for standard installations running on conventional 120V circuits.

208–277V AC — for commercial facilities with higher-voltage electrical infrastructure.

Built in the USA

The BoulderLamp MoonWalker MAX is built in the USA and engineered around commercial horticultural applications.

High-output full-spectrum lighting, six-bar coverage, cycling-beam technology, 405nm antimicrobial LEDs, premium components, programmable controls and commercial voltage compatibility combine into a highly specialized lighting platform for demanding indoor growing environments.

What’s Included

• BoulderLamp MoonWalker MAX LED Grow Light
• Six-Bar Full-Spectrum LED Array
• Integrated Cycling Beam System
• Integrated 405nm Antimicrobial LEDs
• Full-Spectrum White & Red LED System

Controller Note: BoulderLamp programmable controllers provide advanced light recipe, DLI and cycling-beam programming. Controller hardware is not included unless specifically stated with the selected configuration.