Jerusalem City Low-poly 3D model

3D representation of Jerusalem using 2019 map data. Roads, railway, land, water, buildings are made using real world data. Buildings are accurately placed and resembles the real world object up to some extend. Please note that random buildings (varying height) are added to those area where real world data is not available.

Clean heirarchy- Proper grouping according to the type of real world objects. Properly named objects and materials. Clean Flat UV map- Properly unwrapped UV for most of the objects. Some objects may have cubic mapping applied. Buildings are extracted from real world data. There are random buildings added to some areas where real world data is partially available (missing height details).

Scene include following groups/objects (depending on the original data some parts may be missing)

AERIALWAY

AEROWAY

aerodrome apron taxiway terminal

BARRIER

BOUNDARY

BUILDING

random apartments farm hotel house detached residential dormitory terrace houseboat bungalow static_caravan cabin commercial office industrial retail etc.

HIGHWAY motorway trunk primary secondary tertiary unclassified residential motorway trunk primary secondary tertiary living street service pedestrian track bus guideway escape raceway road Paths footway bridleway steps cycleway construction proposed rest area

HISTORIC

LANDUSE

commercial construction industrial residential retail

MANMADE bridge

NATURAL wood tree_row tree scrub heath moor grassland

PLACE

RAILWAY

abandoned construction disused funicular light_rail miniature monorail narrow gauge preserved rail subway tram TOURISM

WATERWAY river riverbank stream wadi drystream canal drain ditch fairway dock boatyard dam weir streamend waterfall lockgate

You can easily hide any layer/groups for better visualization. Due to small size and minimum details this scene can be easily loaded. Materials can easily be changed and altered. Adding texture is easy, thanks to unique materials for each sections. Map data : OpenStreetMap contributors

3d scene scale : 1:1 Scene unit: cm