Drone-Based Deer Herd Analysis & Wildlife Management

Drone-based herd analysis provides landowners and hunters with a practical way to observe deer activity and habitat use with minimal disturbance. Using aerial and thermal imaging technology, we help document movement patterns, habitat utilization, and seasonal behavior to support informed land and wildlife management decisions.

Our services are designed to complement traditional scouting methods such as trail cameras and ground observation, offering an aerial perspective that can reveal insights not easily seen from the ground. All operations are conducted responsibly, legally, and with respect for wildlife and landowner goals.

Request a Consultation

What is Herd Analysis?

Drone-based herd analysis uses unmanned aerial systems (drones) equipped with standard and thermal cameras to observe deer presence, movement, and habitat use across a property. Flights are planned to minimize disturbance while collecting useful visual data that can support long-term wildlife management decisions.

  • Aerial deer observation and surveys

  • Thermal imaging flights

  • Documentation of movement patterns and travel corridors

  • Seasonal habitat utilization observations

  • Review of images and findings with the landowner

  • Optional written summary or report

Services Offered

Why Use Drone-Based Herd Analysis?

  • Covers large properties efficiently

  • Minimal ground disturbance to wildlife

  • Identifies patterns not visible from trail cameras alone

  • Useful during low-visibility conditions

  • Support responsible and ethical wildlife management

Compliance & Ethics

All drone operations comply with FAA regulations and applicable state and local laws. Services are provided for observation and analysis purposes only and are not used for active hunting, harassment, or pursuit of wildlife.

Pricing

Pricing varies based on property size, location, and conditions.

The options below outline typical service levels and are determined after a brief consultation.

Basic Herd Analysis

Starting at: $350.00

  • Single drone flight over the property

  • Buck-to-doe ratio observations

  • Visual aerial observation of deer presence

  • Identification of general movement areas

  • Photo documentation

  • Post-flight summary (verbal or brief written notes)

    Typical Use: Landowners looking for a general overview of deer activity without detailed analysis

Starting at: $450.00

  • One or more planned drone flights

  • Buck-to-doe ratio observations

  • Visual and thermal imaging

  • Observation of movement patterns and travel corridors

  • GPS-tagged observation points

  • Habitat utilization review (fields, timber, edges)

  • Photo and image review with landowner

  • Short written summary of findings

    Typical Use: Landowners and hunters interested in understanding how deer use their property across key areas

Standard Herd Analysis

Premium Herd Analysis

Starting at: $750.00

  • Three planned drone flights

  • Buck-to-doe ratio observations

  • Visual and thermal imaging

  • Detailed movement and feeding area observations

  • GPS-tagged observations compatible with OnX Hunt

  • Annotated image set

  • Seasonal or situational habitat insights

  • Image archive provided to landowner

  • Written summary with annotated images

  • Follow-up consultation

    Typical Use: Larger properties or landowners focused on long-term wildlife and habitat management

Optional Add-Ons

  • Additional Flight Hour: $75/hour

  • Travel Fee (outside ~40 mile radius): $1/mile

  • Seasonal Follow-up Flight: Discounted $50 off second flight

Request a Consultation

Our drone-based herd analysis services are available to landowners throughout Northeast Ohio.

Pricing Disclaimer

Services are provided for observation and analysis only. Exact counts or guarantees are not provided. Buck-to-doe ratio observations are based on visible characteristics at the time of flight and are provided as informational estimates. Availability of thermal imaging depends on weather, season, and environmental conditions.