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DroneDeploy Aerial vs MicMac

DroneDeploy Aerial

dronedeploy.com

MicMac

micmac.ensg.eu

Side by side

FigureDroneDeploy AerialMicMac
Price from$159/moFree
Free plan—Yes
Free trialYes—
Open source——
WebYes—
Windows—Yes
macOS—Yes
Linux—Yes
iOSYes—
AndroidYes—
APIYes—
Plans published41
Spec score · Drone Mapping Software8.3 (#6)8.4 (#5)
Spec score · Photogrammetry Software8.3 (#11)8.5 (#7)
AudienceThe product page describes use by project managers, site supervisors, survey professionals and operations teams across construction, mining, oil and gas, solar, agriculture and infrastructure.The software is aimed mainly at professional and academic users, with efforts to make it more accessible to the general public.
IntegrationsThe product page names Esri ArcGIS, Procore and Autodesk integrations, plus 40+ other marketplace platforms and an open API.The Windows installation guide identifies ExifTool, Exiv2, ImageMagick convert, and PROJ among dependencies checked by MicMac.
PurposeDroneDeploy Aerial lets teams fly drones, capture site data and turn it into automated insights.MicMac is a photogrammetric suite for 3D reconstruction.

Plans

DroneDeploy Aerial

  • Ag Lite Plan$1,908 a year
  • Flight & Analysis Plan$4,188 a year
  • Advanced Flight & Analysis PlanPriced on request
  • DroneDeploy AerialPriced on request

DroneDeploy Aerial pricing →

MicMac

  • MicMacFree

MicMac pricing →

In their own words

DroneDeploy Aerial

DroneDeploy Aerial has no write-up on Specifiction yet; its figures are above.

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MicMac

MicMac is free, open-source desktop software for reconstructing 3D models from imagery. Developed at IGN and ENSG within the LASTIG lab, it runs on Linux, macOS and Windows under the CECILL-B license. It supports frame cameras, pushbroom sensors and scanned analogue images, along with camera calibration models and dense image matching for deformation studies. Outputs can include point clouds, 3D models and ortho-imagery in a desired coordinate system. Intermediate results in open formats let users work at different stages, and quality indicators include bundle adjustment residuals, covariance matrices, parameter sensitivity and correlation images. The C3DC command computes a point cloud from oriented images; AperiCloud creates a sparse cloud with camera positions and orientations for viewing in MeshLab, but does not support 64-bit PLY. MicMac is adapted to big datasets and was initially built for experts and researchers, with use also described in architecture, archaeology and forestry. Documentation, tutorials, a wiki and user forum are available. Building from source involves multiple dependencies, and the Mac guide cautions that a current revision may not compile or may be unstable on a given OS.

Visit micmac.ensg.eu