Maps · head to head
Apple Maps vs Correlator3D

Apple Maps
Maps
Web mapping and navigation application developed by Apple Inc
- From
- On request
- Rated
- -

Correlator3D
Maps
SimActive photogrammetry with a published price list and a perpetual licence still on sale
- From
- $295/month
- Rated
- -
The short version
- Each has a real cost: Apple Maps live traffic updates, public transit info, and satellite view all require an active internet connection, offline mode (iOS 17+) is limited to pre-downloaded areas for driving, walking, cycling, and transit directions; Correlator3D the standard licence caps at 61 megapixel sensors, so an operator moving to a medium or large format camera has to buy a different and separately quoted licence rather than paying an upgrade fee.
- They diverge on capability: Apple Maps covers Core Functionality, Correlator3D covers Aerial triangulation.
- Prices and features above were last checked on 1 September 2026.
Where they differ
Only the attributes on which Apple Maps and Correlator3D actually diverge.
| Attribute | Apple Maps | Correlator3D |
|---|---|---|
| Starting price | On request | $295/month |
| Pricing model | freemium | One-time purchase |
| Platforms | iOS, macOS, Web | Windows |
| Founded | 2012 | Unknown |
Identical on both: free tier (No), user rating (Not yet rated), category (Maps).
What each one covers
Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.
Only in Apple Maps
- Core Functionality
- User Interface
Only in Correlator3D
- Aerial triangulation
- DSM and DTM generation
- Orthomosaic production
- Point cloud and 3D mesh output
- Feature extraction
- GPU acceleration
- Satellite imagery support
- Batch and unattended processing
What people use each for
The jobs each tool is most often brought in to do.
Apple Maps
- Turn-by-turn driving, walking, and cycling navigationnot Correlator3D
- Public transit directions with real-time schedules (subways, buses, trains, ferries)not Correlator3D
- Offline turn-by-turn directions for pre-downloaded areas (iOS 17+)not Correlator3D
- Augmented-reality immersive walking directions in supported citiesnot Correlator3D
- Saving custom hiking/walking routes, including U.S. national park hikes, for offline accessnot Correlator3D
Correlator3D
- An aerial survey company processing large photographic blocks where per-project cloud credits would be more expensive than owning a licencenot Apple Maps
- A national or regional mapping agency that needs software it can run offline on classified or restricted imagerynot Apple Maps
- A drone service provider producing bare-earth terrain models for volumetrics and corridor mapping at high throughputnot Apple Maps
- An organisation that wants a perpetual licence because a multi-year subscription cannot be justified against its capital budgeting rulesnot Apple Maps
Where each one falls short
Documented limitations, not opinions. Every one is a constraint you would hit in normal use.
Apple Maps
- Live traffic updates, public transit info, and satellite view all require an active internet connection, offline mode (iOS 17+) is limited to pre-downloaded areas for driving, walking, cycling, and transit directions
- Apple Maps for the web is only in public beta, not a full-featured release
- Feature depth (e.g. immersive walking AR directions, detailed transit) is strongest on newer iPhones/iOS versions, leaving older devices with a reduced experience
Correlator3D
- The standard licence caps at 61 megapixel sensors, so an operator moving to a medium or large format camera has to buy a different and separately quoted licence rather than paying an upgrade fee.
- It is Windows desktop only with no cloud processing option, so throughput is bounded by the workstation and GPU you buy, and there is no way to burst capacity for one large job.
- There is no collaboration layer, client portal or field application, so deliverable sharing, review and version control all have to be handled by other software.
- The interface and workflow are built for photogrammetry specialists; an occasional drone operator will find the learning curve steeper than a consumer-oriented mapping package.
- The perpetual licence includes only one year of support and updates, and staying current afterwards means paying maintenance, so the headline $5,900 is not the whole long-term cost.
Pricing, plan by plan
Apple Maps
On requestNo published plan breakdown. See the Apple Maps review.
Correlator3D
$295/month- Monthly subscription$295/month
- Unlimited images
- Sensors up to 61 megapixels
- All modules and tools
- Yearly subscription$2950/year
- Unlimited images
- Sensors up to 61 megapixels
- All modules and tools
- Permanent licence$5900/one-time
- Perpetual licence
- Unlimited images up to 61 megapixels
- All modules and tools
- Permanent floating licence$6400/one-time
- Perpetual floating licence shared across machines
- Unlimited images up to 61 megapixels
- One year of support and updates included
Which should you pick?
Choose Apple Maps if
- You need core functionality.
- You work on iOS, macOS, Web.
- You also want user interface.
Choose Correlator3D if
- You need aerial triangulation.
- You work on Windows.
- You also want dsm and dtm generation.
Questions people ask
- Is Apple Maps or Correlator3D better?
- Neither clearly leads. Apple Maps starts at On request and Correlator3D at $295/month, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
- Which is cheaper, Apple Maps or Correlator3D?
- Apple Maps starts at On request and Correlator3D at $295/month.
- Does Apple Maps or Correlator3D run on more platforms?
- Apple Maps runs on iOS, macOS, Web. Correlator3D runs on Windows.
- What is Apple Maps best used for?
- Apple Maps is most often used for turn-by-turn driving, walking, and cycling navigation, public transit directions with real-time schedules (subways, buses, trains, ferries), offline turn-by-turn directions for pre-downloaded areas (ios 17+), augmented-reality immersive walking directions in supported cities. Of those, turn-by-turn driving, walking, and cycling navigation and public transit directions with real-time schedules (subways, buses, trains, ferries) are not what Correlator3D is typically brought in for.
- What can Apple Maps do that Correlator3D cannot?
- Apple Maps covers Core Functionality, User Interface. Correlator3D covers Aerial triangulation, DSM and DTM generation, Orthomosaic production, Point cloud and 3D mesh output.
Answered from the vendors’ own pages
Apple Maps: Is there a cost to integrate Apple Maps into my app?
The Apple Maps pricing page does not disclose whether MapKit or MapKit JS integration is free or paid. You would need to consult Apple's developer documentation for current pricing and licensing terms.
SourceCorrelator3D: Can I still buy a perpetual licence?
Yes. $5,900 for a permanent licence and $6,400 for a permanent floating licence, each including a year of support and updates.
Apple Maps: What are the usage limits for Apple Maps integration?
The pricing page does not specify any rate limits, monthly minimums, or usage caps for MapKit or MapKit JS. This information is available in Apple's developer documentation.
SourceCorrelator3D: What limits the standard licence?
Sensor resolution, up to 61 megapixels. Medium format, large format and satellite imagery need separately priced licences.
Apple Maps: Are there different pricing tiers for MapKit and MapKit JS?
The Apple Maps page mentions MapKit for iOS, iPadOS, and macOS apps, and MapKit JS for websites, but does not provide pricing details or tier information for either option.
SourceCorrelator3D: Is there a cloud version?
No. Processing runs on your own Windows workstation. SimActive offers a data processing service as an alternative to buying the software.
Correlator3D: Does it handle satellite imagery?
Yes, under a separate satellite licence class quoted on request.
Related pages
More on Correlator3D
Other head to heads
- Apple Maps vs MAPS.ME
- Apple Maps vs Navmii GPS
- Apple Maps vs OsmAnd
- Apple Maps vs HERE Technologies
- Apple Maps vs Esri ArcGIS
- Apple Maps vs deck.gl
- Apple Maps vs Bing Maps
- Apple Maps vs Citymapper
- Apple Maps vs GraphHopper
- Apple Maps vs MapQuest
- Apple Maps vs Mapzen
- Apple Maps vs TomTom
- Apple Maps vs Atlas.co
- Apple Maps vs Geographic Calculator
- Apple Maps vs Emlid Studio
- Apple Maps vs Felt
- Apple Maps vs ArcGIS Field Maps
- Apple Maps vs QGIS
- Apple Maps vs Agisoft Metashape
- Apple Maps vs Cesium ion
- Apple Maps vs Global Mapper
- Apple Maps vs Leica Infinity
- Apple Maps vs Gaia GPS
- Apple Maps vs Fused
- Apple Maps vs CesiumJS
- Apple Maps vs Mappedin
- Apple Maps vs Nominatim
- Apple Maps vs OpenLayers
- Apple Maps vs OpenRouteService
- Apple Maps vs OpenStreetMap
- Correlator3D vs MAPS.ME
- Correlator3D vs Navmii GPS
- Correlator3D vs OsmAnd
- Correlator3D vs HERE Technologies
- Correlator3D vs Esri ArcGIS
- Correlator3D vs deck.gl
- Correlator3D vs Bing Maps
- Correlator3D vs Citymapper
- Correlator3D vs GraphHopper
- Correlator3D vs MapQuest
- Correlator3D vs Mapzen
- Correlator3D vs TomTom
- Correlator3D vs Atlas.co
- Correlator3D vs Geographic Calculator
- Correlator3D vs Emlid Studio
- Correlator3D vs Felt
- Correlator3D vs ArcGIS Field Maps
- Correlator3D vs QGIS
- Correlator3D vs Agisoft Metashape
- Correlator3D vs Cesium ion
- Correlator3D vs Global Mapper
- Correlator3D vs Leica Infinity
- Correlator3D vs Gaia GPS
- Correlator3D vs Fused
- Correlator3D vs CesiumJS
- Correlator3D vs Mappedin
- Correlator3D vs Nominatim
- Correlator3D vs OpenLayers
- Correlator3D vs OpenRouteService
- Correlator3D vs OpenStreetMap
