Peter, sorry to distract from the Gunnersbury station issue but, in a way this is all very relevant because if the usage of the line can be increased it would strengthen the case for a station upgrade.You don't need a civil engineering qualification to work out the problems that Bollo Lane presents, just a basic grasp of maths. Whether you use cantilevered designs or curved ramps the length still has to be between 67 and 102 metres. There isn't space for this at either site at Bollo Lane. I'm pleased to see that Michael has finally recognised that the only possible solution here is a lift plus steps. I need to pay a visit to the area at some point but after this discussion it seems to me likely that ultimately the way round this has to be an alternative pedestrian route along Colonial Drive with another footbridge crossing from the business park to Acton Works.As for the off-hand dismissal of the potential for technology to reduce closure times at level crossing junction this is another example of someone being unwilling to consider facts that don't support their opinions.Deutsche Bahn is using AI powered sensors and machine learning to predict train arrival times more accurately which is reducing early closure and allows gates to open more quickly after the train passes.In Japan, Hitachi’s Smart Rail System uses AI to integrate train speed, traffic flow, and weather conditions to optimise crossing closures. It is credited with a 30% reduction in wait times in urban areas.In the Netherlands, adaptive traffic signals are used to reduce queues at rail crossings. Timings dynamically change to ensure vehicles can get through before gates close. A similar system has been implemented in Florida. In Switzerland, new designs of barrier gates allow them to open and close more quickly. The West London Orbital would lead to an extra eight trains an hour crossing these lines. This is obviously going to be challenging and extra wait times are inevitable but technology will provide some ways to mitigate this issue.
Jeremy Parkinson ● 1d