solution-sub-sections - architects
Predictably Evaluate Vehicle Access with Stand-alone Tools
We offer a number of solutions to ensure architects can easily evaluate vehicle access on site layouts. Causeway’s stand-alone vehicle path analysis tool, Drive, provides intuitive drive modes, with predictor envelopes and dynamic path editing making it easy to assess existing conditions and evaluate design proposals for vehicle access. Whether you are checking access for refuse and emergency vehicles on a residential development or major route planning Drive is the ideal tool to help you achieve the best result in the minimum time.
We also provide end-to-end site design tools including drainage design.
Request a sample optimal performance report
Cost Effective Vehicle Path Analysis
Drive is so cost effective that even if you only need it two or three times a year it will pay for itself
Low Software Investment
Drive is sold on a subscription basis to avoid large upfront investments.
Operates Independently of CAD
No need to tie up expensive CAD licences, it runs standalone.
Very Intuitive
No training is required, you are up and running straightway gaining maximum benefit from your investment.
Only Vehicles You Need
Drive has all of the vehicles you need as standard. The library manager allows you create copies and variations saved for re-use.
Cloud Network Licencing as Standard
Use your licence(s) anywhere and optimise your licence(s) with colleagues.
Read and Write DWG
Allows native CAD files to be opened and saved without the need for any add-ons.
Explore Our Other Design Solutions
Transform your productivity with a complete suite of class leading tools
Vehicle Path Analysis
A powerful tool that predictably evaluates vehicle movements
Infrastructure Design
Transform your infrastructure design productivity with our end-to-end solution enabling the production of fast, accurate and fully-integrated design models.
Drainage Design
A complete end-to-end drainage design solution enabling engineers to design optimal and UK compliant drainage schemes efficiently and cost-effectively.