Agricultural Drone Mapping

Our drone mapping services help you quickly and accurately see what's happening in your fields, beyond what's visible to the eye. We identify areas of crop stress, soil fertility issues, waterlogging, and nutrient deficiencies. You’ll receive concise, actionable reports with clear visual maps that guide you directly to areas needing attention—saving you time, reducing input costs, and increasing your overall yield and profitability.

Experience Precision Agriculture with Our Introductory Mapping Offer!

Free Drone Mapping for qualifying local farmers!
I Anstey Solutions is offering a limited-time Introductory Mapping Offer for qualifying local Ottawa farmers to experience the power of drone-based agriculture mapping.

Who can participate?

We are looking for farms in the Ottawa region with crops contained to fields around 50 acres or less, including orchards, berry farm, soy, corn, etc. We are a Kanata-based business, therefore fields in general Ottawa area are what we are looking for. If you are interested, please contact us and we will send you a questionarre to gather more information.

How This Limited-Time Offer Works

What’s Included:

Contact Us to Book Your Free Mapping:

info@ianstey.com

What Exactly Is Agricultural Drone Mapping?

Crop Health Analysis

Quickly identify areas of stress, disease, pests, and nutrient deficiencies before they're visually obvious. Reduce crop loss by enabling early interventions such as targeted spraying, irrigation, or fertilization.

Root Structure Analysis (Briefly and simply)

Indirectly identify soil and root-zone issues through crop canopy analysis to address problems before yields are impacted.

Sub-Surface Analysis (Simplified)

Detect hidden issues such as poor drainage, compacted soil, or moisture inconsistencies affecting yield.

Soil Fertility Analysis

Precisely locate nutrient deficiencies in your fields to optimize fertilizer use and maximize profitability.

NDVI Mapping (Simplified explanation)

Easily visualize overall crop health and growth stages to predict yield potential and manage resources more efficiently.

NDRE Mapping (Emphasize practical benefit)

Specifically identify mid-to-late season nutrient stress in dense crop canopies, helping you maximize crop quality and yield.

Reflectance Mapping (Brief and intuitive)

Accurately measure crop vigor and detect stress patterns, supporting smarter, data-driven farming decisions.

Multispectral Reporting (Strong emphasis)

Receive clear, easy-to-understand reports that highlight immediate actions to optimize your crop management practices.

Typical Workflow for Multispectral Drone Mapping in Agriculture:

Step 1: Flight Planning

Define optimal flight paths, altitude, resolution, and overlap settings in software (DroneDeploy, PIX4D, etc.).

Step 2: Data Collection

Conduct drone flights, capturing multispectral imagery during optimal light conditions (midday, clear weather).

Step 3: Data Processing

Generate orthomosaics and spectral index maps using specialized software platforms.

Step 4: Data Analysis

Identify issues, anomalies, and correlations with ground data; interpret vegetation indices in agronomic terms.

Step 5: Report Generation

Produce actionable reports, clearly defining recommendations and management actions based on data analysis.

Step 6: Implementation and Follow-up

Use insights to implement precision agriculture practices, track progress, and refine future decisions.