The Data Doesn't Lie. Engineering the 2026 ProTerp Series. 🚨

:police_car_light: The World’s Only 3.0+ PPE True CMH / Sunlike Style LED Platform :police_car_light:

Everyone else trying to build CMH / Sunlike style LED spectrums is still stuck around 2.6–2.8 PPE.

The 2026 ProTerp Series pushes true broad-spectrum CMH / Sunlike performance into a completely different class:

Our 800W ProTerp with dedicated cyan and green + Dual Red with dedicated 640nm and 660nm + Dimmable 730nm Far Red.

:high_voltage: 3.23 PPE — Far Red OFF
:high_voltage: 3.25 ePPE — Far Red OFF
:high_voltage: 3.07 PPE — Far Red ON @100%
:high_voltage: 3.25 ePPE — Far Red ON @100%

With thousands and thousands of hours in R&D, side by sides and refinements in real grows, over 18 months we designed these to replicate the balanced multi-peak behavior growers loved from CMH and MH + HPS combinations, while pushing modern LED efficiency and output dramatically further.

This is not another red-heavy “high efficacy” fixture.

This is a true multi-peak CMH / Sunlike style spectrum engineered around plant response, canopy penetration, morphology, spectral balance, and real-world high PPFD performance.

We started with a true CMH / Sunlike style spectrum first, then pushed the efficiency as far as possible without destroying the spectral balance.

:high_voltage: Independently LAB VERIFIED OUTPUT using everfine integrating spheres.

800W ProTerp — Far Red OFF

• Power Draw: 814.6W
• PPF: 2633 µmol/s
• ePPF: 2666 µmol/s
• PPE: 3.23 µmol/J
• ePPE: 3.25 µmol/J
• CCT: 5396K
• CRI: 87.4

PAR Spectrum Balance:

:blue_circle: 400–500nm: 674.5 µmol/s — 25.6%
:herb: 500–600nm: 1037 µmol/s — 39.4%
:red_circle: 600–700nm: 921.6 µmol/s — 35.0%

ePAR Balance:

:blue_circle: Blue: 25.3%
:herb: Green / Yellow: 38.9%
:red_circle: Red: 34.6%
:cherry_blossom: Far Red: 1.2%

860W ProTerp — Far Red ON @100%

• Power Draw: 861.5W
• PPF: 2658 µmol/s
• ePPF: 2802 µmol/s
• PPE: 3.07 µmol/J
• ePPE: 3.25 µmol/J
• Far Red Photon Flux: 144.2 µmol/s
• CCT: 5376K
• CRI: 87.7

PAR Spectrum Balance:

:blue_circle: 400–500nm: 681 µmol/s — 25.6%
:herb: 500–600nm: 1041 µmol/s — 39.2%
:red_circle: 600–700nm: 935.2 µmol/s — 35.2%

ePAR Balance:

:blue_circle: Blue: 24.3%
:herb: Green / Yellow: 37.2%
:red_circle: Red: 33.4%
:cherry_blossom: Far Red: 5.1%

:hammer_and_wrench: THE HARDWARE ARCHITECTURE

• 4056 total diodes
Industry-leading diode density (nearly 5 per watt, not barely or less than 4, 30% more diodes compared to the next closest competitor in the 800W class) for lower junction temperatures, improved efficiency, better uniformity of coverage, and longer lifespan.

• Custom binned 5000K whites with a 437nm peak
The same spectral behavior that made the Samsung 301H Evo special before Samsung quit making them.

• Ledestar 450nm base whites
• Ledestar 480nm cyan
• Ledestar 525nm emerald green
• Ledestar 640nm red
• Osram 660nm deep red
• Independently dimmable 730nm far red

:rainbow: THE SPECTRAL ARCHITECTURE

:blue_circle: Triple Blue Platform
437nm + 450nm + 480nm cyan

Built for structure, morphology, signaling, reduced stretch, and oil/resin production.

:herb: Emerald Green
525nm for deeper canopy activation, better whole-canopy photosynthesis, and reduced stress at high PPFD.

:red_circle: Dual Red Architecture
Dominant 660nm paired with controlled 640nm for spectral smoothing, efficiency, and curve refinement.

Not magic terpene wavelength hype.
Not “dual red terp boost” marketing.

640nm is there to smooth the CMH / Sunlike spectral curve and improve spectral completeness — not because a second red spike magically creates better flower.

:cherry_blossom: Independently Dimmable 730nm Far Red

Far red should be controllable, not forced.

With independently dimmable 730nm, growers can manage stretch response, morphology, canopy behavior, and flowering timing based on cultivar and environment.

Most companies start with efficacy targets first and then overload the spectrum with red until the numbers on the spreadsheet look good.

:skull_and_crossbones: Or worse:
They select an existing OEM platform, swap a few diodes, put their logo on it, and call it “R&D.”

That is not how the ProTerp Series was developed.

We handle our own spectral engineering, diode selection, PCB architecture, diode layouts, electrical tracing, and power routing design in-house.

These are not recycled factory platforms with minor modifications.

Every aspect of the ProTerp platform was engineered from the ground up around thermal performance, spectral balance, electrical efficiency, diode density, and real-world horticultural performance under high PPFD conditions.

That level of control is how you build a true 3.0+ PPE CMH / Sunlike style platform without sacrificing the spectral quality that most high-efficiency fixtures lose.

:rainbow: The 2026 ProTerp Series
The world’s only 3.0+ PPE true CMH / Sunlike style LED platform.

Only at Mo’s Indoor Lighting.

#MosIndoorLighting #ProTerp2026 #SunlikeSpectrum #GrowLightScience #Horticulture #NoGimmicks #LEDGrowLight

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The future of horticultural lighting is not red-heavy efficiency builds chasing spreadsheet numbers. The future is Spectrum Quality AND Efficiency at the same time!

It’s balanced spectrum architecture engineered around how plants actually respond to light under real cultivation conditions.

At Mo’s Indoor Lighting, we don’t start with efficacy targets and force the spectrum around them.

We start with spectral balance first:
blue structure, green penetration, red efficiency, morphology control, canopy behavior, and whole-plant response under high PPFD environments.

Then we push the efficiency as far as physically possible without destroying that balance.

That is the difference between designing lights for plants… and designing lights for marketing charts.

The 2026 ProTerp Series is the world’s only true 3.0+ PPE CMH / Sunlike style LED platform.

Built from the ground up around:
• spectral engineering
• diode density
• thermal performance
• electrical efficiency
• canopy penetration
• morphology control
• real-world cultivation performance

Not OEM relabels.
Not recycled factory platforms.
Not “dual red terp boost” gimmicks.

Real engineering.
Real spectral architecture.
Real horticultural R&D.

Only at Mo’s Indoor Lighting.

3 Likes

Spectrum matters.

But spectrum balance while maintaining high effeciency and uniformity of coverage matters more.

Plants evolved under broad-spectrum sunlight, not hyper-red efficiency builds designed to inflate PPE numbers.

That’s why the 2026 ProTerp Series was engineered around a true multi-peak CMH / Sunlike style spectral platform:

:blue_circle: 437nm + 450nm + 480nm
:green_circle: Emerald green canopy penetration
:red_circle: Controlled 640nm + 660nm dual red
:cherry_blossom: Independently dimmable 730nm far red

Every wavelength serves a purpose.

Structure.
Morphology.
Photosynthetic efficiency.
Canopy penetration.
Flower quality.
Stress reduction.
High PPFD tolerance.

This is not random diode mixing.

This is a fully engineered spectral platform designed around how plants physiologically respond to light from seed to harvest.

Most companies are still trying to figure out how to make broad-spectrum fixtures efficient.

We already did it.

:high_voltage: 3.23 PPE
:high_voltage: 3.25 ePPE
:high_voltage: Independently Lab verified on Everfine integrating spheres

The result is a fixture that delivers the spectral behavior growers loved from CMH and MH + HPS combinations, while dramatically outperforming them in efficiency, control, uniformity, and output.

The future is not narrow-band lighting.

The future is balanced spectrum done correctly.

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Most companies buy an OEM platform, change a few diode colors, put their logo on it, and call it innovation.

That is not what we do.

At Mo’s Indoor Lighting, we handle:
• spectral engineering
• diode selection and binning
• PCB layouts
• electrical tracing and routing
• thermal balancing
• diode density optimization
• coating selection
• spectrum refinement
• and more

Every major design decision is made around real horticultural performance under high intensity cultivation environments.

With thousands and thousands of hours in R&D, multiple revisions, including Samsung-based versions of this platform developed in late 2024 before Samsung announced their horticultural market exit during their October 2024 investor call, countless side-by-sides in real grow environments, and continuous refinement through real cultivation feedback, the ProTerp platform was engineered around what actually produces better plants — not just better marketing numbers.

We studied how different spectral balances influenced morphology, stacking, canopy penetration, stress response, stretch behavior, resin production, terpene expression, and overall plant health under elevated PPFD conditions.

Every wavelength, diode choice, driver configuration, PCB layout, and power distribution decision was made with a purpose.

Not to chase inflated efficacy charts.
Not to maximize red percentages.
Not to make a spec sheet look better.

The goal was simple:

Build the most complete, biologically balanced, high efficiency CMH / Sunlike style LED platform possible without sacrificing spectral quality to get there.

That level of refinement does not happen overnight.

And it does not happen by relabeling factory platforms.

It comes from real engineering, real testing, and real cultivation experience.

That level of control matters.

Because building a true 3.0+ PPE CMH / Sunlike style fixture without destroying spectral quality is extremely difficult.

Anyone can overload a fixture with red and inflate efficacy.

Very few companies can maintain:

:blue_circle: High blue content
:green_circle: Strong green/yellow energy
:red_circle: Balanced red architecture
:cherry_blossom: Controllable far red

…let alone come close to delivering over 3.0 PPE while maintaining true broad-spectrum balance or 35-40% output in the 600-700nm Red Range.

That is why the ProTerp Series exists in a category by itself.

Not because of marketing.

Because the engineering is different.

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The small one of the two is down, will touch 2.5lb maybe a little more, the larger one still going is going to be every bit of 3lb. Light ran at 60% power main spectrum, 30% power far red when it was at peak intensity putting down 800-1000ppfd with ambient CO2 24/0 light schedule 91 days seed to chop on the smaller one the larger one is going to be about 100-105 days seed to chop. For those wondering what the math works out to its 5g a watt maybe a little more. This is the future of lighting 100% I literally have no idea how we make them better with the current tech that is available. Spring2026 will take off an additional 7% at checkout!

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