Post by jc on May 27, 2017 19:29:39 GMT 1
I've been reading up on the methods used on the continent (Switzerland, Netherlands, parts of Germany, Austria etc) in order to try and optimise connections outside of major cities, namely some form of 'Integrated Clockface timetable'.
See for example
en.wikipedia.org/wiki/Clock-face_scheduling (Network based)
www.sciencedirect.com/science/article/pii/S0967070X16301469
- It is Swiss policy that places with a population over 500 have an hourly public transport link (ha!)
- They try and limit connection times to around 15 minutes at 'pulse points', centred around the :00 'symmetry minute' (European standard is :58.5 minutes) - so that would mean running times between nodes (i.e. town centres) would need to be (at a push) 15 to 30 or 45 to 60 minutes depending on whether you're trying to meet a 'pulse point' at :00 or :30
- Depending on standard, services running every 15 or 20 minutes are considered integrated by default
- You'd need enough bus stances in town centres to form an effective interchange point
- The whole thing needs to be coordinated as one network with departures delayed to try and accommodate late running services - contract, competition, funding issues
So my thoughts on routes north of York (not comprehensive at all, just to see what could theoretically be achieved) as follows, based on existing timetables. Principal pulse point normal / secondary in italics:
See for example
en.wikipedia.org/wiki/Clock-face_scheduling (Network based)
www.sciencedirect.com/science/article/pii/S0967070X16301469
- It is Swiss policy that places with a population over 500 have an hourly public transport link (ha!)
- They try and limit connection times to around 15 minutes at 'pulse points', centred around the :00 'symmetry minute' (European standard is :58.5 minutes) - so that would mean running times between nodes (i.e. town centres) would need to be (at a push) 15 to 30 or 45 to 60 minutes depending on whether you're trying to meet a 'pulse point' at :00 or :30
- Depending on standard, services running every 15 or 20 minutes are considered integrated by default
- You'd need enough bus stances in town centres to form an effective interchange point
- The whole thing needs to be coordinated as one network with departures delayed to try and accommodate late running services - contract, competition, funding issues
So my thoughts on routes north of York (not comprehensive at all, just to see what could theoretically be achieved) as follows, based on existing timetables. Principal pulse point normal / secondary in italics:
Based on route | Route segment | Running time - minutes |
55 X34 | Richmond Mkt :00 - Scorton Green :30 | 15 (27 via Catterick - as a loop?) |
55 | Northallerton Buck Inn :00 - Scorton Green :30 | 25 |
X54 | Catterick Garrison Tesco :00 - Scorton Green :30 | 25 via Catterick |
159 | Richmond Mkt :30 - Leyburn Mkt :00 | 30 |
159 | Leyburn Mkt :00 - Masham Mkt :30 | 27 |
159 | Masham Mkt :30 - Ripon Bus Stn :00 | 26 direct |
155 | Leyburn Mkt :00 - Bedale Mkt :30 | 25-30 dependent on route |
73 | Bedale Mkt :30 :00 - Northallerton Buck Inn :00 :30 | 23 |
144 | Masham Mkt :30 - Bedale Mkt :00 | 25 |
70 | Northallerton Buck Inn :00 - Thirsk Mkt :30 | 24 via Thornton le Moor |
70 170 | Thirsk Mkt :30 - Ripon Bus Stn :00 | 23 direct via A61 |
22 | Ripon Bus Stn :00 - Boroughbridge Mkt :30 | 19 via Skelton |
22 | Ripon Bus Stn :00 - Dishforth :30 | 26 via Sharow & RAF Dishforth |
22 | Boroughbridge Mkt :30 - York Piccadilly (?) :30 | 58 (54 via neither Aldborough nor Hessay) |
30 | Thirsk Mkt :30 - Easingwold Mkt :00 | 25 not via Raskelf |
30X 31X | Easingwold Mkt :00 - York Stn Ave :30 | 30 |
40 | Easingwold Mkt :00 - York Stn Ave :00 | 49 |