Used PlanIt Earth: VR Photo Planner for Android?
Editors’ Review
Virtually stand at a cliff or city corner and watch celestial paths cross the skyline, using PlanIt Earth: VR Photo Planner's photorealistic previsualization and timeline. Built by JIDE Software for photography professionals, educators, and serious enthusiasts, the tool pairs a 3D view with on-site AR framing and simulated camera parameters. It presents Sun, Moon, and Milky Way tracking plus compositional controls, so landscape, cityscape, and astrophotographers can pre-plan sightlines before they travel. It simulates horizon and skyline interplay.
How the app renders realistic terrain and sky for scout work
You get a photorealistic simulation that renders real terrain and horizons from elevation sources and satellite tiles, letting you inspect sightlines as if standing on location. Data sources include:
- elevation data for accurate horizon profiles
- Google 3D Tiles for city and landmark geometry
- astronomical feeds including NASA SDO imagery for solar placement
This mix of datasets gives you a visual check on lines of sight and skyline intersections before travel.
How camera modelling and celestial tools map to final frames
You can tune focal length, angle of view, and line of sight to preview framing and field coverage; the app also shows a live depth-of-field and bokeh preview that responds to simulated aperture and focal length. The Milky Way Seeker tool helps you pick dates and locations for the galactic core, while dedicated aerial modes simulate drone perspectives at specified altitudes, so you can plan vertical and elevated compositions.
How the app behaves on your device and in the field
You install the app on Android devices via the Play Store, and it optimizes rendering for devices with modern graphics capabilities, which affects smoothness during 3D navigation. For remote shoots you can preload maps and elevation tiles to the device for offline scouting, and the AR on-site viewfinder uses your camera feed for live framing. Expect heavier battery and GPU use during extended VR sessions.
Who benefits and what the learning path looks like
You get the most value if you plan technically exact shoots: landscape, travel, cityscape, astrophotographers, plus time-lapse and star-trail creators who need precise timing. The feature set is deep, and users report a learning curve because of the app's technical depth; photographers willing to invest time in the controls gain detailed alignment and timing information that simpler tools do not provide.
Pros
- Photorealistic 3D terrain and horizon rendering from elevation data
- Integration with Google 3D Tiles for realistic cityscape and landmarks
- Comprehensive astronomical engine including NASA SDO solar imagery
- Milky Way Seeker and live depth-of-field preview for precise planning
Cons
- Steep learning curve due to the depth of technical controls
- Requires a device with modern graphics capabilities for smooth VR
- AR on-site framing depends on device camera and sensor quality
Bottom Line
A practical gateway for photographers who demand precise previsualization
If you prioritise precise, location-based previsualization over immediate simplicity, the app serves as a capable gateway into planning complex natural-light and celestial alignments. Expect to spend time learning its systems and to prefer a device with stronger graphics performance. For photographers committed to pre-planning multi-stage outdoor shoots, it converts abstract data into actionable sightlines and timelines.
Used PlanIt Earth: VR Photo Planner for Android?
