Why tram projects run into costly problems

Tram systems are complex – but planning tools haven’t kept up.

As a result, critical conflicts between vehicle and infrastructure often remain undetected until it’s too late.

Typical challenges in tram and light rail projects

• Incomplete or inaccurate track data leads to wrong assumptions early in the project
• Clearance limits are defined without fully understanding real vehicle behavior
• Tight tender timelines leave no room for detailed engineering analysis
• Vehicle and infrastructure are planned separately, creating hidden conflicts
• Critical issues at stops, crossings, or tight curves are discovered too late
• Late design changes result in costly redesigns and project delays
• Different stakeholders work with different tools – without a shared data basis

The result:

Small mistakes turn into major risks.

Delays, redesigns, and even failed tenders can be the consequence.

Turn uncertainty into reliable decisions

TRAMotion detects conflicts early – before they become costly problems.

By combining vehicle, track, and infrastructure in one environment, you gain full transparency from the very beginning.

What TRAMotion enables

• Identify clearance conflicts already in early project phases
• Simulate real vehicle behavior on actual track geometry
• Evaluate critical situations like stops, passing, and tight curves
• Replace assumptions with reliable, data-based analysis
• Deliver results within minutes – even under tight tender timelines
• Create a shared and consistent data basis across all project stakeholders

How it makes the difference: Instead of discovering problems during late design stages, TRAMotion reveals them when they can still be solved efficiently.

The result:

Faster decisions. Fewer surprises. Lower risk.