
RGB Imagery & Orthomosaics
Structured 61MP RGB collection and georeferenced orthomosaics for condition review, documentation, and project records.
- Site records
- Progress maps
- Facilities
- Documentation

MIR collects RGB, radiometric thermal, RTK mapping, and LiDAR data for infrastructure teams that need organized, defensible records they can review, share, and act on.

Freefly Astro aircraft listed within the Blue UAS framework for procurement-sensitive missions.
Coverage built for infrastructure field operations.


Dual American-made Freefly Astro platforms with RGB and LiDAR payloads for mission continuity.

Charging, live viewing, and data review for sustained operations.
MIR collects RGB, RTK mapping, LiDAR, and radiometric thermal data, then processes it into measurable maps and models — verified against surveyed control before delivery.
MIR provides aerial data and documentation support. Licensed survey, engineering, or design determinations remain with the appropriate professionals when required.
Ground control points and independent check points are surveyed across the site with RTK.
The planned mission is flown to capture the full site.
Imagery is processed into orthomosaics, surfaces, and models.
A Pix4D report checks the model against the surveyed check points to confirm it meets the project requirement.
Verified — Within 1/10 ft where accuracy is required
The finished project is delivered through a Pix4D Cloud link to view, measure, and share.

Structured 61MP RGB collection and georeferenced orthomosaics for condition review, documentation, and project records.

RTK-referenced surface and terrain models for elevation context, quantity review, construction progress, and site documentation.

Textured meshes and web-viewable digital twins for complex sites and structures.

High-density LiDAR for corridors, terrain, vegetation, and complex sites where photogrammetry alone falls short.

Mapped visible features, site limits, drainage, access routes, and review layers.

Radiometric thermal data to flag temperature anomalies across solar, electrical, and building assets.
File format, coordinate system, and reporting requirements confirmed during project scoping.
Structured aerial inspection, mapping, LiDAR, thermal, and documentation services for infrastructure owners, operators, contractors, and project teams throughout the Midwest.
MIR operates Blue UAS Cleared, American-made Freefly Astro aircraft configured for infrastructure mapping and inspection. Redundant aircraft, RTK positioning, and interchangeable RGB, thermal, and LiDAR payloads let MIR match the collection method to the project. Aircraft, payload, communications, and data-handling details are reviewed against each project's procurement and security requirements.

MIR Fleet · Deploy-Ready Aircraft & PayloadsEquipment We Bring

MIR's field vehicle supports mission planning, equipment charging, payload preparation, data transfer, processing, communications, and extended operations at remote or infrastructure-heavy sites. The system is designed to reduce field delays and keep the collection workflow organized from arrival through data handoff.




Andrew Hawes · Founder · FAA Part 107
MIR is an aerial inspection and mapping company based in Westfield, Indiana, providing high-resolution RGB, thermal, LiDAR, and photogrammetry data for infrastructure, utility, renewable energy, telecom, industrial, and grain storage clients.
Projects are scoped, planned, flown, processed, and delivered by one accountable operator. Missions are planned with structured flight workflows and Blue UAS Cleared aircraft to support repeatable data collection, clear documentation, and review-ready deliverables.
MIR supports work across the greater Indianapolis area, Indiana, and the Midwest.

Start With the Project Objective
Tell us what needs to be inspected, mapped, measured, documented, or reviewed. We'll help determine the appropriate collection method, payload, mission structure, and deliverables — from flight plan to field deployment.