SUNSCAPE SOLUTIONS
Precision Environmental Control
The SUNSCAPE R2D3 Advanced Lighting and Environmental Controller is designed to give cultivators precise, integrated control over lighting, temperature, and Vapor Pressure Deficit from a single, intelligent platform. Built from 8 years of real-world cultivation data at our Innovation Center in Salem, Oregon, R2D3 turns environmental variables into predictable, repeatable outcomes.
By treating lighting as both a growth driver and a controllable heat source, R2D3 aligns light output with vapor pressure deficit (VPD) target and in turn drives precise leaf temperature, and humidity targets—automatically. The result is a tightly synchronized environment that supports consistent transpiration, optimized trichome production, and reduced HVAC constraints.
R2D3 combines:
- Multi-channel LED lighting control
- Integrated and anticipatory humidity management
- Recipe-based day/night environmental logic from day 1 to harvest
- Built-in fault protection and redundancy
- Remote, web-based access with role-based permissions
Preconfigured automation logic and plug-and-play CAT5 wiring make installation simple, while advanced users can fine-tune schedules, ramping profiles, and protection thresholds across the entire growth cycle.
This isn’t just a controller.
It’s an environmental operating system—an engineered partner for growers who demand precision, reliability, and total canopy control.
Quality Assurance Guarantee
The SUNSCAPE Quality Assurance Guarantee Solution is built to deliver three outcomes that define top-tier cultivation —not once, but consistently:
- Get rid of powdery mildew
- Ensure highest cannabinoid production
- Guarantee highest terpene profiles
This solution is powered by disciplined data collection, weekly environmental analysis, and proven environmental recipes that remove variability from the growth. From June 2022 through July 2025, SUNSCAPE has completed 58 consecutive high-quality, high-yield harvests, all under the same data-driven quality assurance framework. Every cycle reinforced the same conclusion: when environmental conditions are measured, reviewed, and adjusted systematically, results become repeatable.
Weekly environmental data collection allows operators to identify drift early, correct deviations before quality is impacted, and maintain antifungal and antimicrobial conditions throughout the entire growth cycle—especially during nighttime and transitional periods where risk is highest.
The outcome is a stable cultivation environment where powdery mildew does not develop, cannabinoid expression remains consistently high, and terpene profiles are preserved through harvest. This is not reactive disease control. It is quality assurance proven by data, repetition, and results.
Requirements: SUNSCAPE R2D3 advanced lighting and environmental controller with integrated sensor infrastructure.
Yield Guarantee: Precision Irrigation and Highest Yields Possible
The SUNSCAPE Yield Guarantee Solution is engineered to deliver what matters most to operators.
In our latest Star Fruit harvest (December 2025), SUNSCAPE achieved 143 grams per square foot, more than 2× typical commercial indoor benchmarks (~50–60 g/ft²). At the fixture level, performance reached 5.05 lb per light total yield, including 3.71 lb per light of A + B flower, placing this harvest well beyond standard commercial output.
Efficiency metrics reinforce the same result. SUNSCAPE delivered approximately 2.25 grams per watt and 2.27 grams per kWh, exceeding common industry ranges and demonstrating elite conversion of energy into sellable biomass.
This level of performance is not accidental. It is achieved by treating irrigation as a precision-controlled system, where timing, dry-back targets, and root-zone stability are managed deliberately to maximize oxygen availability, nutrient uptake, and stress-free growth. By focusing on when and how water is delivered, SUNSCAPE enables plants to convert light and energy into biomass at peak efficiency—cycle after cycle.
Requirements: SUNSCAPE Quality Assurance Solution