TORUS® 5.0: THE NEXT EVOLUTION IN ROUNDABOUT DESIGN

TORUS® Roundabouts is the original roundabout design software that provides transportation engineers and planners with a unique and practical way to lay out a roundabout while ensuring design vehicles and safety performances are simultaneously checked. Going well beyond a simple drafting tool, TORUS is an advanced analytical solution that uses the Vehicle Envelope Method™ to integrate design vehicles swept paths into the geometric design.

Now the upcoming TORUS® Roundabouts 5.0 release from Transoft Solutions promises to take the evolution of this software to another level with new features for designing Modern turbo-roundabouts or checking vehicle paths and fastest paths on circular or non-circular roundabouts. This new version represents the most sophisticated roundabout design software available in the industry. Designing roundabouts that meet traffic operations, site constraints and safety performance measures has never been easier.

Watch the webinar recording and see how you can complete your roundabouts projects with increased confidence while reducing time and costs. Learn about the flexibility and unique features that make TORUS the most sophisticated roundabout design software to date. 

COME SEE THE FEATURES IN TORUS ROUNDABOUTS 5.0 INCLUDING:

  • Check vehicle swept path and fastest path at any custom designed roundabouts, including circular or non-circular central islands, drawn in CAD with the new Adaptive Roundabout tool.
  • Designing Turbo Roundabouts which consists of spiral circulatory lanes according to the design approach from the Netherlands. Learn how this type of roundabout can be designed to reduce conflicting vehicle paths and limit driver decisions to increase traffic safety as well as speed and capacity performances.
  • Using Roundabout Templates as an easy way to start a roundabout design by selecting from different regional design methods.
  • Understanding  how TORUS software can help can help quickly evaluate the feasibility of implementing a Modern roundabout design.
  • Working with design features in TORUS for evaluating path overlap; introducing S-curve at entries; designing spiral markings and based on drive paths; using swept paths to dictate geometry for outer aprons, central islands and curb edges.