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Oxford 3D Model

Transform decision-making with Oxford’s digital twin

Minimise project risks with our Oxford 3D Model functionality. Rich data layers help lower design and planning uncertainty, highlight potential impacts, and accelerate key decision-making for projects.

With VU.CITY’s accurate and intuitive 3D digital twin platform, all stakeholders can expect smooth collaboration, making smarter decisions and help increase planning success in the built environment. 

  • 54
    DATA LAYERS
  • 58 sq km
    MODELLED TO 15CM ACCURACY
  • 105
    Consents approved VU.CITY
  • 263,147
    TREES, ACCURATE HEIGHT AND CANOPY
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Oxford data layers

From transportation and zoning to environmental factors, VU.CITY Oxford 3D model data layers provide essential insights for more informed and confident decision-making.

vucity-oxford-data-layers-1_education establishments
vucity-oxford-data-layers-2_gps
vucity-oxford-data-layers-3_hospitals
vucity-oxford-data-layers-4_annual average household income
vucity-oxford-data-layers-5_deprivation index
vucity-oxford-data-layers-6_population density
vucity-oxford-data-layers-7_air quality management areas
vucity-oxford-data-layers-8_ancient woodland
vucity-oxford-data-layers-9_local nature reserves
vucity-oxford-data-layers-10_priority habitat locations
vucity-oxford-data-layers-11_areas benefitting from flood defences
vucity-oxford-data-layers-12_flood defences
vucity-oxford-data-layers-13_recorded flood outlines
vucity-oxford-data-layers-14_epc domestic
vucity-oxford-data-layers-15_epc non dom
vucity-oxford-data-layers-16_parks and garden
vucity-oxford-data-layers-17_scheduled monuments
vucity-oxford-data-layers-19_listed buildings points
vucity-oxford-data-layers-20_g2 bio & geo sacs
vucity-oxford-data-layers-21_g2 bio & geo sssi
vucity-oxford-data-layers-22_g2 bio & geo wildlife sites
vucity-oxford-data-layers-23_aap barton
vucity-oxford-data-layers-24_m1 cycle routes
vucity-oxford-data-layers-25_local plan areas of change
vucity-oxford-data-layers-26_city boundary
vucity-oxford-data-layers-27_dh2 views historic core area
vucity-oxford-data-layers-28_dh2 views viewcones
vucity-oxford-data-layers-29_dh3 conservation areas
vucity-oxford-data-layers-30_dh4 archaological areas
vucity-oxford-data-layers-31_e1 employment sites
vucity-oxford-data-layers-32_g1 green and blue infrastructure
vucity-oxford-data-layers-33_g3 greenbelt
vucity-oxford-data-layers-34_g4 allotments
vucity-oxford-data-layers-35_g5 open air sports
vucity-oxford-data-layers-36_re3 flood zones
vucity-oxford-data-layers-37_retail v1 primary shopping areas
vucity-oxford-data-layers-38_retail v2 primary city centre shopping frontage
vucity-oxford-data-layers-39_retail v2 secondary city centre shopping frontage
vucity-oxford-data-layers-40_retail v2 westgate shopping frontage
vucity-oxford-data-layers-41_retail v3 covered market shopping frontage
vucity-oxford-data-layers-42_retail v4 district centre shopping frontage
vucity-oxford-data-layers-43_retail v4 local centre shopping frontage
vucity-oxford-data-layers-44_site allocations
vucity-oxford-data-layers-45_v1 city and district centres
vucity-oxford-data-layers-46_rail noise pollution
vucity-oxford-data-layers-47_road noise pollution
vucity-oxford-data-layers-48_firestations
vucity-oxford-data-layers-49_police stations
vucity-oxford-data-layers-50_places of worship
vucity-oxford-data-layers-51_planning greenspace sites
vucity-oxford-data-layers-52_retail boundaries
vucity-oxford-data-layers-53_super markets
vucity-oxford-data-layers-54_cycle network
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DATA LAYERS
Education Establishments
Hospitals
Deprivation Index
Air Quality Management Areas
Local Nature Reserves
Areas Benefitting from Flood Defences
Recorded Flood Outlines
EPC Non Domestic
Scheduled Monuments
G2 Bio & Geo SAC's
G2 Bio & Geo Wildlife Sites
M1 Cycle Routes
City Boundary
DH2 Views Viewcones
DH4 Archeological Areas
G1 Green and Blue Infrastructure
G4 Allotments
RE3 Flood Zones
V2 Primary City Centre Shopping Frontage
V2 Westgate Shopping Frontage
V4 District Centre Shopping Frontage
Site Allocations
Noise Pollution - Rail
Fire Stations
Places of Worship
Retail Boundaries
Cycle Network
GPs
Annual Average Household Income
Population Density
Ancient Woodland
Priority Habitat Locations
Flood Defences
EPC Domestic
Parks and Gardens
Listed Buildings Points
G2 Bio & Geo SSSI
AAP Barton
Areas of Change
DH2 Views Historic Core Area
DH3 Conservation Areas
E1 Employment Sites
G3 Greenbelt
G5 Open Air Sports
V1 Primary Shopping Areas
V2 Secondary City Centre Shopping Frontage
V3 Covered Market Shopping Frontage
V4 Local Centre Shopping Frontage
V1 City and District Centres
Noise Pollution - Road
Police Stations
Greenspace Sites
Supermarkets
VU.CITY Oxford is the largest and most accurate interactive 3D model available.

Oxford is known as the city of dreaming spires and protecting these is key.

With 18 conservation areas and over 1,200 listed buildings, Oxford is famed for its historic buildings and skyline, so any interplay with the skyline must make a positive contribution: the city therefore has a series of strategically important view cones which are protected views from ten different aspects and are key to planning policy. VU.CITY Oxford allows for many of these long range views to be fully analysed, and the impact of a scheme on the skyline to be understood. Features, such as the AOD tool, allows for height sensitivities in the centre of the city to be considered easily. 

Oxford’s notable past is set to be matched by an interesting future as it anticipates significant economic and population growth: the OxCams Arc is a significant area between Oxford, Milton Keynes and Cambridge and a government ambition for securing sustainable growth and prosperity for all. 

Oxford’s situational constraints raise questions about the need for increased density in areas with potential for development. While daylight, sunlight and privacy will be among the many important considerations, VU.CITY Oxford makes examining such constraints, in both the present and the future, easy and straightforward to ensure that Oxford’s famed picture-postcard views remain here to stay.

Users of VU.CITY Oxford include Cityscape Digital, Oxford City Council, Oberlanders and Hawkins\Brown and they are already taking advantage of the model’s many benefits. From being able to understand and assess a site’s opportunities and challenges, testing designs in context, enhancing pre-app conversations and planning submissions, to improving how everyone involved collaborates.

 

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VU.CITY Oxford: 3D Model Features and Planning Tools

Belfast Consent Planning Timeline in a Digital Twin 3D Model using VU.CITY
Easily import your designs from external 3D software such as Revit, Rhino, SketchUp & 3ds Max into the model of Belfast and test how they will work in situ
Import a Rhino, Revit, SketchUp 3DS Max, or 3D Model into a digital twin 3D city model using VU.CITY Belfast
Microclimate, Sunlight, Weather and Atmospherics analysis in VU.CITY Belfast's 3D Model and Digital Twin Platform
Conduct Viewsheds, view studies, feasibility studies, present concepts, export images and video from the VU.CITY 3D Model Digital Twin of Belfast
Conduct ZTV and ZVI Studies & Assessments in a Digital Twin using the VU.CITY Belfast 3D Model
Collaborate in VU.CITY Belfast's Digital Twin 3D Model. Annotate and tag your team and stakeholders
Collaborate with stakeholders using the VU.CITY Hub, Digital Twin and 3D Model for Belfast

Consented Schemes Timeline

Realise a site’s potential by viewing and assessing recently consented developments across the city, leveraging geospatial data aggregation for precise insights.

Test Massing

Assess multiple initial massing options at an early stage and GEA potential quickly.

Import Designs

Easily import your designs from external 3D modelling software (such as Revit, Rhino, SketchUp and 3DS Max) into the Belfast model and test how they work in situ.

Sunlight Analysis

Quickly view and assess the initial impact of light from your proposed developments.

Camera Studies and Tools

Conduct high-level townscape and visual impact assessments. Agree on key views to analyse further. Select key views and confidently present your proposals to take stakeholders on your design journey.

Zone of Theoretical Visibility

Save time by eliminating unnecessary views for analysis. Understand where your scheme can be seen from and which views are critical to assess.

Annotate with Tags

Mark up comments and actions and easily collaborate on a site or scheme with project team members.

Scope, Design and Collaborate

VU.CITY’s project collaboration space, the Hub, allows you to seamlessly communicate with stakeholders, to make better design and planning decisions, faster.

 

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Oxford 3D tile coverage

Whether you’re focusing on a single neighbourhood or the entire cityscape, VU.CITY provides full coverage with unmatched precision.

VU.CITY Oxford 3D Model Digital Twin tile coverage

 

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VU.CITY Oxford FAQs

Here are some frequently asked questions about VU.CITY's Oxford 3D Digital Twin and Model.

What is VU.CITY Oxford, and how does it support urban planning in Oxford?

VU.CITY Oxford is a high-detail 3D model designed to aid planners, developers, and architects in visualising and analysing proposed projects within Oxford, promoting better-informed planning decisions.

How can VU.CITY Oxford enhance planning applications and approvals?

With accurate 3D visualisation of projects in Oxford's urban landscape, VU.CITY Oxford helps streamline planning applications, providing clarity and context that improve communication with stakeholders and authorities.

What data layers are available in VU.CITY Oxford for comprehensive project analysis?

VU.CITY Oxford offers data layers such as transportation infrastructure, historical landmarks, environmental zones, and conservation areas, supporting planners in creating compliant and well-integrated developments.

How does VU.CITY Oxford promote sustainable urban planning and heritage conservation?

By visualising Oxford’s heritage areas alongside environmental data, VU.CITY Oxford aids in sustainable urban planning that respects historical sites and meets eco-friendly goals.

Can VU.CITY Oxford be used to engage Oxford residents in development projects?

Yes, VU.CITY Oxford allows for interactive visualisations that make public consultations more transparent, helping residents understand the impact of new developments and providing feedback opportunities.

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Explore digital 3D geospatial solutions for the built environment

VU.CITY provides clear, powerful tools for key decision-makers across the built environment, helping them visualise and shape the future of cities with confidence and precision.

Make smarter decisions with data-driven insights, from infrastructure to sustainability.

Unlock the power of Generative AI for optimal design and streamlined decision-making.

Bring your designs to 3D life with state-of-the-art modelling tools.

Collaborate seamlessly across studies, planning, and design.

Utilise advanced 3D models and a data-driven approach with our flexible ZTV service.

Bring Your Vision to Life with a 3D Flythrough Video.

See what VU.CITY can do for you 

Select your role and focus area to see how VU.CITY can help you plan, design, and communicate change.

 

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