Most Indian farms still rely on guesswork when it comes to crop health. We started VegeDrone to replace that guesswork with measurable field data, so every irrigation decision, nutrient application, and pest response is based on what is actually happening in the soil and canopy.
We believe a farmer's instinct is valuable, but it works better when backed by evidence. Our multispectral surveys map crop stress across every acre, showing exactly where the canopy is thinning or where moisture is uneven. That turns a hunch into a decision you can defend.
Expected effect: fewer wasted inputs and earlier intervention across the season.Precision agriculture should not be reserved for large commercial estates. We price our survey packages so a five-acre plot gets the same quality of analysis as a fifty-acre block. The flight plan, the sensor payload, and the report format stay identical regardless of field size.
Expected effect: smallholders gain the same early warning system that big farms already use.A vegetation index map is only useful if someone explains what it means. Every VegeDrone report translates NDVI and soil moisture layers into plain-language recommendations: which zones need more water, where nitrogen is lagging, and which patches show early pest stress.
Expected effect: farmers act on the report the same day, not after a week of decoding charts.Our flight planning accounts for narrow plots, scattered trees, power lines, and the intense heat of a Rajasthan summer. We schedule surveys early morning or late afternoon, when light is stable and thermal readings are reliable. The equipment is chosen for dusty, high-temperature environments.
Expected effect: consistent data quality even in challenging terrain and climate.From first test flight to a trusted field partner
Straight answers about how drone surveys work, what the maps show, and what happens after a flight.
A single flight covers the whole block in about twenty minutes, depending on size. The multispectral sensor records reflectance in bands the eye cannot see, so stress patterns show up before they become visible. Walking the field still matters for ground truthing, but the aerial pass gives you the full picture first.
NDVI and related indices translate plant reflectance into a colour scale from weak to vigorous growth. A patch of low values usually points to water stress, nutrient shortage, or early pest damage. The map is a starting point: we overlay it with soil moisture data and your sowing dates to separate one cause from another.
No special preparation is required. We just need a clear take-off spot and permission to fly over the boundary. If you have a recent field map or GPS corners of the plots, share them beforehand so the flight plan covers the right area without extra passes.
The raw images are processed the same day. You receive a short summary within 24 hours, and the full report with index maps and recommendations within two working days. For urgent cases, we can send a preliminary alert about any critical stress zones within a few hours.
Yes. The flight plan adapts to the shape and size of your field, whether it is two acres or two hundred. For smaller plots, we combine neighbouring fields into one route to keep the cost reasonable. The resolution stays the same, so you still get the detail you need.
You get a clear action list: which zones need irrigation, where to apply fertiliser, and which patches to inspect for pests. If you want, we can schedule a follow-up flight in two to three weeks to check whether the changes worked. That second pass is what turns a single survey into a monitoring routine.
VegeDrone started with a simple question: why should Indian farmers rely on guesswork when aerial data can show exactly what a crop needs? Since the first test flight over a mustard field near Jodhpur, we have built a service around scheduled surveys, clear vegetation maps, and practical advice that farmers can act on the same week.
Our team flew a prototype drone over a 12-acre mustard plot in Rajasthan, testing how multispectral readings held up in dry, dusty conditions. The trial revealed that standard NDVI maps needed local calibration for Indian soil and sunlight, so we adjusted the sensor settings before offering the service publicly.
We moved from one-off flights to a subscription model where farmers receive a survey every two weeks during the growing season. Each report includes a vegetation index map, a soil moisture estimate, and a short list of field-specific recommendations. The first season covered 40 farms across three districts.
After repeated requests from growers dealing with uneven irrigation, we integrated thermal imaging into our standard package. This allowed us to flag dry patches before they became visible to the naked eye. The update cut average water use on participating farms by roughly a fifth in the first year.
We built a flight planning system that maps field boundaries automatically and sets waypoints based on crop type and terrain. This reduced on-site setup time from 40 minutes to under ten, letting our pilots cover more ground in a single day without sacrificing data quality.
Recognising that small plots often get overlooked by agri-tech services, we launched a pilot program for farms under five acres. The program bundles a single survey per month with a phone-based consultation, making precision data accessible to growers who cannot afford full-season coverage.
We expanded beyond Rajasthan into Gujarat and Madhya Pradesh, partnering with local agricultural extension officers to train farmers on reading vegetation maps. Today our fleet completes over 200 surveys a month, and every report is reviewed by an agronomist before it reaches the client.