Design of cycle routes around tram tracks

The design of cycle routes around tram tracks should be carefully considered to mitigate safety risks arising from routes which cross tram tracks or run alongside them.

There are two principal types of incidents arising from interactions between cycles and tram tracks. These are:

  • skid risk where cycle tyres skid on the smooth surface of tram tracks, particularly during wet conditions
  • cycle tyres becoming trapped in rail grooves

Where cycle routes cross tram tracks, a crossing angle between 80 and 90 degrees with track filler creates a smoother crossing. The risks are likely to be lower where the track is crossed at an angle of at least 60 degrees.

The effective width of a cycle route should be at least 2.4 metres from the edge of the tramline to the kerb on straight sections of track. Physical protection is desirable for cyclists. On curved sections of track, a minimum of three metres is likely to be required to account for the tram’s swept envelope.

Care should be taken to ensure that unauthorised car parking does not take place between the kerb and the tram track.

Additional resources

Tram and train rails on cycle routes in ATE route check tool

The safety check part of the route check tool includes an assessment of the effective width next to tram lines and crossing angle of tram/train rails. 

Tram tracks on cycle routes in Cycle Infrastructure Design (LTN 1/20)

Cycle Infrastructure Design (LTN 1/20) covers interaction with tram tracks in section 6.6.16-19. 

Light Rail Safety and Standards Board guidance

The Light Rail Safety and Standards Board (LRSSB) has produced detailed guidance on cycle tramway interface. 

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Guidance on active travel features on streets with lower volumes of motorised traffic

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Guidance on active travel features on streets with high volumes of motorised traffic

Guidance on how to plan and design active places at a site-wide level

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