Solutions · Solar Farms
Survey large arrays with precision.
A utility-scale array is a vast, repetitive grid that takes pass after methodical pass to cover. RangeIQ+ budgets battery across the whole scan so you know, before launch, how many passes a single charge can complete and where the next one has to begin.
The Challenge
Many passes, one battery.
Covering a large array is a long sequence of parallel passes, not a single straight line. The work is repetitive and the battery drains the whole way, so the real question is how much of the grid one charge can cover before it has to come back.
Vast Repetitive Grids
A single array can span hundreds of rows. The scan is long and uniform, and a small per-pass error compounds across the whole survey.
Long Lawnmower Passes
Back-and-forth boustrophedon patterns add up the distance fast. A route-wide average hides which pass is the one that runs the battery short.
Heat & Thermal Loads
Open sites run hot, and thermal-camera payloads add mass. Both shift the energy budget in ways a flat distance estimate never captures.
How RangeIQ+ Helps
Physics for every pass.
Per-Pass Range Prediction
Each leg of the lawnmower pattern is modeled on its own load, so a long scan is judged pass by pass rather than on a single route-wide average.
Battery Across the Grid
Projected battery at every turn plus a return-to-home reserve, so you can see how far into the array a charge reaches before it has to land.
Heat & Environment
Temperature, wind, and altitude fold into each pass's energy budget, so a hot open site is accounted for rather than left to a safety guess.
Payload-Aware Thermal Rigs
Thermal and RGB camera payloads change the aircraft's mass and draw. RangeIQ+ adjusts the physics to the sensor you actually fly.
Drone Profiles Per Airframe
Predictions are modeled per airframe, so the survey plan tracks the specific mapping drone in the case, not a generic stand-in.
A Clear Feasibility Verdict
One pass / watch / fail for the whole scan, with the binding constraint named, so a sortie sized to cover the grid is confirmed before launch.
Outcomes
Cover the array, charge by charge.
Outcome
Size Each Mission to the Battery
Plan exactly how much of the array a single charge can scan while still landing with margin, instead of guessing where to stop.
Outcome
Sequence Passes for Full Coverage
Break a large grid into battery-sized sorties that line up edge to edge, so the whole array is covered without gaps or overlap waste.
Outcome
Finish With Margin to Spare
Land each pass set with reserve left over, so a long survey day ends on schedule rather than with an unplanned cut-short flight.
Plan the whole array with confidence.
Request access to RangeIQ+ and bring per-pass feasibility to your next solar survey. The verdict drops into your existing mapping and fleet tools through the Noxdren API.
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