3D City Landmarks in Apple Maps on iOS 15

With the release of iOS 15, Apple introduced a comprehensively redesigned Apple Maps experience centered on a new "Detailed City Experience." A standout feature of this update is the overhaul of 3D city landmarks, which transitioned from standard, procedurally generated satellite geometry to custom-designed, artist-rendered models. This article explores the specific visual, architectural, and functional enhancements brought to 3D landmarks in iOS 15.

Custom-Designed Architectural Models

Prior to iOS 15, three-dimensional structures in Apple Maps relied heavily on automated photogrammetry derived from Flyover aerial data. iOS 15 introduced bespoke, hand-crafted 3D models for prominent global landmarks, such as the Golden Gate Bridge, the Statue of Liberty, the Royal Albert Hall, and Dodger Stadium. These models feature precise architectural detailing, accurate textures, and structural nuances that generic 3D mapping algorithms previously could not capture.

Dynamic Night Mode Lighting

To enhance realism, Apple added dynamic evening illumination to these custom landmarks. When the device switches to Night Mode—or when the local time in the viewed location turns to night—the landmarks glow with specialized, custom-designed lighting effects. This includes interior window illumination, architectural spotlighting, and bridge lighting, creating a realistic nighttime visual identity rather than just applying a dark tint over the map.

Rich Environmental Context and Elevation

The upgraded landmarks were integrated into an entirely rebuilt base map that emphasizes environmental context. Landmarks are displayed alongside true-to-life elevation data, showing accurate slopes, hills, and surrounding topography. Additionally, Apple Maps populated the immediate areas around these landmarks with detailed ground-level elements, such as distinct road markings, medians, bike lanes, crosswalks, and geographically placed trees.

Integration with Turn-by-Turn Navigation

The 3D landmarks are not limited to passive exploration; they appear directly within driving and transit navigation. As drivers or pedestrians approach major landmarks, the 3D structures serve as prominent visual orientation points on the navigation screen, making complex intersections and city navigation more intuitive.

Initial Availability

These custom 3D landmark enhancements were initially rolled out in select metropolitan areas, including London, New York, Los Angeles, and the San Francisco Bay Area, before expanding to additional cities worldwide in subsequent updates.