Agriculture Drone Services — Sioux City & Tri-State Region
NDVI crop health mapping, multispectral analysis, and precision agriculture data to optimize yields and reduce input costs across Iowa, Nebraska, South Dakota, and Minnesota.
Why drone mapping?
- Spot crop stress weeks before visible damage
- Scout 500 acres in under an hour
- Precision-target fertilizer and pesticide applications
- Georeferenced maps compatible with John Deere Operations Center, Climate FieldView
- FAA Part 107 certified — fully insured on every flight
What Is Precision Agriculture Drone Mapping?
Precision agriculture drone mapping uses multispectral and RGB cameras to capture detailed field data that ground-level scouting simply can't match. Our drones fly systematic grid patterns over your fields, collecting imagery that is processed into actionable maps — showing exactly where your crops need attention.
The most widely-used output is the NDVI (Normalized Difference Vegetation Index) map, which measures plant health by comparing how crops reflect near-infrared and visible red light. Healthy plants reflect more NIR; stressed plants reflect less. The result is a color-coded map that makes problem areas immediately obvious — whether it's nutrient deficiency, drainage issues, pest pressure, or disease onset.
We serve corn, soybean, wheat, and specialty crop producers throughout the Sioux City area and broader Tri-State region. Whether you have 50 acres or 5,000, we build a flight plan that fits your operation and delivers results within 24–48 hours of the flight.
How It Works
From booking to deliverables in 3–5 business days
Consultation & Flight Planning
You describe your operation — crop type, acreage, timing needs, and any specific problem areas. We build a custom flight plan and confirm airspace authorizations. Most fields in the Tri-State area can be scheduled within 1–2 weeks.
Field Flight
Our FAA Part 107 certified pilot flies systematic grid patterns over your field at a consistent altitude, capturing overlapping RGB and multispectral imagery. A 500-acre field typically takes 60–90 minutes of flight time. You don't need to be present, but you're welcome to watch.
Processing & Analysis
Raw imagery is processed using photogrammetry software to generate georeferenced orthomosaics and vegetation index maps. We review the outputs and flag anomalies before delivering them to you. Turnaround is typically 24–48 hours post-flight.
Delivery & Support
All files are uploaded to your secure client portal. You receive TIFF and PNG exports plus a written field health summary with recommendations. Maps are compatible with John Deere Operations Center, Climate FieldView, and most precision ag platforms. We're available by phone to walk through findings.
What You Get
All deliverables uploaded to your client portal within 48 hours of flight
NDVI Map (GeoTIFF + PNG)
Full-resolution georeferenced vegetation index map. Importable into precision ag platforms.
RGB Orthomosaic
High-resolution true-color aerial map of the entire field, stitched and georeferenced.
Field Health Report
Written summary of identified stress zones, likely causes, and recommended actions.
Zone Prescription File
Variable rate application zones exportable as shapefiles for use with variable rate equipment.
Flight Log & Metadata
Full flight record including date, time, altitude, overlap settings, and sensor calibration data.
Agronomist Consultation
Optional 30-minute call to review findings and align on a scouting or treatment plan.
Why NDVI Scanning Pays for Itself
- For operations using variable-rate application equipment, NDVI-guided inputs can save $11–$15 per acre in fertilizer and chemical costs. On a 500-acre operation that's $5,500–$7,500 in input savings — against a typical flight cost of $4,500. — Drone Spray Pro, 2025
- University of New Hampshire researchers documented that multispectral drone surveys detected fungal disease pressure in corn weeks before symptoms were visible at ground level — giving farmers a wider treatment window and helping avoid late-season yield losses. — Advexure / UNH research citation, 2025
- Mid-season NDVI mapping routinely uncovers nitrogen variability across large pivots, allowing variable-rate side-dress applications that cut urea use by double-digit pounds per acre without sacrificing yield. — Advexure, 2025
- A drone can image 100 acres in 20 minutes vs. 1.5 labor-hours to walk a single 40-acre field using the traditional "M" scouting pattern. — Penn State Extension / Advexure, 2025
Starting From
Transparent per-acre pricing — no hidden mobilization fees for most Tri-State locations
RGB Field Scout
- ✓ High-res RGB orthomosaic
- ✓ Stand establishment review
- ✓ Field health summary
- ✓ Client portal delivery
NDVI Crop Health Scan
- ✓ NDVI map (GeoTIFF + PNG)
- ✓ RGB orthomosaic
- ✓ PDF field health report
- ✓ Client portal delivery
Full Multispectral Analysis
- ✓ NDVI + VARI + stress zones
- ✓ Zone prescription shapefile
- ✓ Variable rate application file
- ✓ Agronomist consultation
Season Packages
3-Flight Season Package (same fields, prepaid): 25% off any tier above
5-Flight Growing Season Retainer: 35% off — contact us for custom quote
Travel surcharge may apply for locations >60 miles from Sioux City. Calculate your estimated ROI →
Ready to Map Your Fields?
Most Tri-State farms can be scheduled within 1–2 weeks. Tell us your acreage and timing and we'll get back to you within one business day.
Agriculture Drone Questions
What crops do you map, and when during the season should I fly?
We map corn, soybeans, wheat, alfalfa, and specialty crops. Optimal timing depends on your goal: early-season flights (V5–V8 for corn) catch stand establishment issues; mid-season flights (R1–R3) identify nutrient deficiencies and disease pressure while there's still time to act. Many producers fly 2–3 times per season to track field progression. We'll recommend timing based on your crop and what you're trying to learn.
How is NDVI drone mapping different from satellite imagery?
Satellite NDVI (from services like Sentinel-2 or Planet) is revisit-dependent, often cloud-blocked, and resolves at 10 meters per pixel or coarser. Our drone-based NDVI flies on demand at 2–5 cm resolution — roughly 200–500x sharper — and isn't affected by cloud cover. You get same-day data instead of waiting days for a cloud-free satellite pass. For actionable field-level decisions, there's no comparison.
Can I import the maps into my existing precision ag software?
Yes. All georeferenced outputs (GeoTIFF) are compatible with John Deere Operations Center, Climate FieldView, Granular, AgLeader, and most other precision ag platforms. Variable rate prescription files are exported as ESRI shapefiles, which are the standard format for VRA-capable planters and applicators. If you use a platform not listed here, contact us and we'll confirm compatibility before your flight.
Do I need to do anything to prepare my field before the flight?
Very little. We just need to know field boundaries (a legal description, FSA map, or CLU file works fine) and any obstructions like grain bins, power lines, or tree lines near the field. We handle all FAA airspace authorization. If we identify restricted airspace near your field, we'll notify you in advance and coordinate accordingly. You don't need to be present on the day of the flight.