Mapping Inspection Resources — MIR

Defensible Aerial Data for Critical Infrastructure

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.

American-Made Aerial Intelligence
Fleet & Payloads

Blue UAS Cleared Aircraft

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.

  • American-made Freefly Astro aircraft
  • Blue UAS Cleared aircraft and payloads
  • Redundant aircraft availability
  • RTK-enabled positioning
  • High-resolution 61MP RGB imagery
  • LiDAR and thermal payload options
MIR-branded American-made Freefly Astro aircraft with Sony camera and LiDAR gimbal payloads staged with Pelican cases on a mobile command truck, ready to deploy

Deploy-Ready Equipment

  • Freefly Astro

    Freefly Astro

    Blue UAS aircraft

  • Sony ILX-LR1

    Sony ILX-LR1

    61MP full-frame RGB

  • Freefly Flux O1

    Freefly Flux O1

    Survey-grade LiDAR

    High-density point clouds through vegetation and complex structure. With Freefly Flow, a measurable point cloud is built in the field — coverage verified on site before the aircraft leaves the ground.

  • FLIR Boson+ 640

    FLIR Boson+ 640

    Radiometric thermal

    Imagery is delivered as geotagged TIFF files, preserving full radiometric data for temperature analysis.

  • InCORS RTK Control

    InCORS RTK Control

    Survey-grade positioning

    LiDAR GCPs & check points and RGB GCPs & check points tie every dataset to surveyed control.

  • Laser Rangefinder

    Laser Rangefinder

    Direct distance & clearance

    When a photo is captured, the distance readout at that time is also saved in the image metadata.

Open rear of the MIR Ford Transit command van at a solar site showing organized equipment, charging, the MIR-branded safety vest, and the drone on its deployment ramp
Deployable Operations

Mobile Command. Deployable Operations.

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.

  • Field Power
  • Equipment Charging
  • Mission Planning
  • Data Transfer
  • On-Site Review
  • Weather Protection
  • Remote-Site Readiness
Rear of the MIR command van showing the drone on the deployment ramp, organized equipment, and the MIR-branded safety vest and helmet
Top-down aerial of the MIR command van parked on pavement with the aircraft staged on its red landing pad
MIR command van with rear doors open and equipment staged, parked at an electrical substation switchyard with transmission structures and disconnect switches behind
Overhead night aerial of a fenced telecom compound showing the monopole tower, equipment shelters, and cabinets, with the MIR command van staged at the entrance under floodlight

Two Service Lines

One Operator. Two Pipelines.

Radiometric thermal capture of an electrical substation highlighting a hot component01 / 02

Aerial Inspection

Inspections

Close-range RGB and radiometric thermal capture that turns asset condition into rated, shareable findings.

  • RGB + radiometric thermal
  • Anomaly detection & severity rating
  • Per-component documentation
Drone-derived digital surface model with an elevation color ramp used for volumetrics02 / 02

Aerial Mapping & LiDAR

Mapping

RTK mapping, LiDAR, and photogrammetry processed into measurable maps, models, and quantities.

  • RTK orthomosaics & elevation models
  • LiDAR point clouds & 3D twins
  • Verified against surveyed control
About MIR

Discipline in the Field. Detail in the Data.

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.

Andrew Hawes, Founder of MIR, wearing a black MIR-branded polo shirt
Andrew Hawes — Founder, MIR
  • FAA Part 107 · 2016
  • Blue UAS Cleared Platform
  • $5M Aviation Liability

Start With the Project Objective

Bring MIR Your Next Site or Asset

Share what needs to be inspected, mapped, measured, documented, or reviewed. MIR will help determine the appropriate collection method, payload, mission structure, and deliverables — from flight plan to field deployment.