Before you book a drone survey, here are the working definitions and conditions that shape every package. These notes remove ambiguity around flight area, reporting format, and what counts as a follow-up visit.
Survey formats for every field size
Each package pairs a specific flight plan with the analysis depth your crop stage demands. Pick the format that matches your acreage and the decisions you need to make this season.
A one-time aerial pass over a single plot, ideal for verifying a suspected problem. You receive a vegetation index map, a soil moisture snapshot, and a short field report within three working days. Best for smallholders who need a quick check before investing in inputs.
See where this fitsFour scheduled flights across the growing cycle, timed to germination, tillering, flowering, and pre-harvest. Each visit adds a comparison layer to the previous map, so you can track how irrigation and nutrient changes affect crop vigour. Includes a mid-season consultation call to adjust the plan.
How the flights workFor commercial growers managing multiple plots or contiguous blocks. The drone covers the entire holding in one coordinated mission, and the report breaks down each block by stress level, moisture variance, and nutrient response. You get a ranked list of which blocks need attention first.
Read a grower exampleWhen your field has unusual geometry, mixed crops, or a specific concern like pest pressure along a boundary, we build a flight path around it. You choose the sensors, the revisit frequency, and the report format. A field walk-through is included before the first flight.
Discuss your fieldField survey workflow
Tell us your crop type, field size, and location. We confirm the survey window based on your growth stage and the weather forecast for your district.
Our team maps the field boundaries and sets the drone route with the right altitude and sensor settings. No piloting skill needed on your side.
The drone captures multispectral and RGB images across your field in a single pass. Most surveys finish within a few hours, depending on acreage.
We stitch the images into orthomosaics and generate NDVI, soil moisture, and vegetation index maps. Each layer is checked against ground conditions.
Within days you receive a plain-language report with color-coded maps, problem zones, and specific recommendations for irrigation, nutrients, or pest control.
Field reports from growers who switched from guesswork to scheduled drone monitoring. Each note describes a real change in how they plan irrigation, spot pest pressure, or time their fertilizer application.
Ramesh Patel, cotton grower near Surendranagar, noticed a small patch of low NDVI on his map that looked fine from the ground. A field check found early aphid activity. He treated only that block instead of spraying the whole farm, and the rest of the crop stayed clean through harvest.
Sunita Devi manages a 12-acre vegetable plot with a single borewell. The moisture map showed her that the eastern rows dried out faster than the rest. She shifted her watering cycle by half a day and stopped seeing wilted plants near the fence line.
For his wheat crop, Harish Meena used the vegetation index map to split the field into three zones. The middle strip was clearly nitrogen-deficient. He applied a targeted dose there only, and the final yield was more even across the whole field.
Kavita Reddy runs a 30-acre orchard and used to walk every row to check for stress. Now she reviews the survey report on her phone and walks only the flagged sections. Her weekly field inspection takes half the time it used to.
Manoj Kumar, a sugarcane farmer, keeps every survey map from the season. When the extension officer visited, he could show exactly where drainage was poor and where the crop responded to treatment. The conversation shifted from opinion to data.
After a single demo flight over his soybean field, Arjun Singh saw which patches had poor emergence. He used that information to plan his next sowing date and seed rate instead of repeating the same pattern blindly.