Your company is committed to a green future. Your inspection methods should be too. We eliminate helicopters. We replace scaffolding. We go green, from the ground up.
If your company is committed to a green future, then your inspection methods should be too. We eliminate carbon-heavy helicopter surveys. We replace scaffold-based inspections that require weeks of setup and generate waste. We remove the risk of damaged solar panels from human foot traffic. We go green, from the ground up — and we do it faster and more accurately than any method that came before.
The clean energy industry is scaling at a historic rate. Solar installations. Wind farms. Battery storage facilities. Hydrogen infrastructure. All of it requires regular inspection, performance monitoring, and condition assessment. And the industry is discovering that the old methods — helicopters, scaffold, rope access — don't scale economically as installations grow. Drone inspection does.
We work with utility-scale solar operators, wind energy developers, and clean energy asset managers who need inspection programs that match the scale and values of their operations. Our aerial thermal imaging identifies underperforming solar panels with a precision that no ground-based method can match. Our wind turbine inspection program covers every blade surface with millimeter-resolution imagery that supports engineering defect analysis.
85% fewer CO2 emissions versus helicopter inspection. That's not a marketing number — that's the calculation our clients do in their sustainability reports, and it's consistently in that range. Your ESG program gets better aerial data at lower carbon cost. Your operations team gets faster, more complete inspection results. And your clean energy assets perform better because problems are found earlier. This is inspection that lives up to your values.
"The clean energy companies that will lead this industry in 20 years are already making decisions based on values — not just economics. Drone inspection delivers better performance data, lower carbon footprint, and zero risk of panel damage from human traffic. In clean energy, that's not just the smart choice. It's the only consistent choice."
Thermal aerial inspection of utility-scale and commercial solar installations — identifying hot cells, failed bypass diodes, soiling losses, and interconnection issues across hundreds of acres in a single mission. We deliver issue maps, performance loss estimates, and prioritized repair lists that your operations team can act on immediately. Average solar farm inspection coverage: 1,000+ panels per hour.
Blade inspection is the highest-cost, highest-risk maintenance activity in wind energy operations. We change that equation. Our drone inspection program covers all three blade surfaces on each turbine — leading edge, trailing edge, and suction/pressure sides — with imagery resolution sufficient for IEC 61400-4 defect classification. No rope access. No nacelle personnel. Full blade data in under 30 minutes per turbine.
Track vegetation encroachment, erosion, wildlife corridor activity, and environmental compliance across your clean energy site with regular aerial monitoring flights. Deliver ESG reporting data. Support habitat assessments. Document site conditions for permit compliance. Our environmental monitoring program has helped clean energy operators close permits faster, satisfy regulators more efficiently, and document their land stewardship commitments with compelling aerial evidence.
The combination of the Matrice 350 RTK and the Zenmuse H30T payload delivers simultaneous high-resolution thermal and visual imaging — the combination that clean energy operators need for comprehensive asset inspection. The H30T's 640×512 thermal sensor detects temperature differentials as small as 0.1°C, identifying underperforming solar cells and blade heating anomalies that would be invisible to any other inspection method. IP55-rated for operation in rain and wind. 55 minutes of flight time per mission. This is the platform that matches the ambition of clean energy.
We operate 340 megawatts of utility-scale solar across five sites. Our previous inspection approach used a helicopter and took two weeks and $180,000 per cycle. We switched to Remington Drones last year. Full five-site inspection cycle now takes six days and costs 40% less. More importantly, the thermal mapping identified 847 degraded cells that ground-level inspection had missed for multiple inspection cycles. The performance recovery from those repairs paid for three full years of drone inspection.
Your commitment to sustainability deserves an inspection program that shares your values. Let's design a drone program for your clean energy assets.