The legacy of the Industrial Revolution is all around here in north Worcestershire, and I am reminded of it almost every day.
Bromsgrove lies on the Birmingham-Bristol (and all stations to the southwest) main railway line, at the bottom of the Lickey Incline (the longest and steepest sustained gradient of 2.65% for two miles on the rail network). It’s just under a mile east of where I live.
Because of the steepness of the gradient it’s not uncommon today to see two diesel engines pulling and pushing a long freight train. In the days of steam, a specially-designed locomotive (the Fowler 0-10-0 Big Bertha) was stationed at Bromsgrove to help through trains up the Incline.
As I write, 175 years after a station was opened, Bromsgrove is having a new station. In fact, construction has been ongoing for almost two years now. After failing to meet a November 2015 schedule to open, the new station is expected to open by May this year. Maybe.
When I took the train occasionally into the University of Birmingham in the 1980s, there was only one platform, on the up line. The current station is just round the bend on the photo above. Trains arriving from Birmingham had to cross from the down line on to the up line, drop off or pick up passengers, then re-cross to the down line south of the station. Not really advisable. You can see the switch just behind this train heading south yesterday. Then a new platform was added on the down line. The main problem is that the platforms are short, and can only accept three-coach London Midland trains that stop at Bromsgrove., So with the growing commuter traffic into Birmingham, something needed to be done.
And that’s how the new station came about. It will have four island platforms, and trains stopping at Bromsgrove can be diverted off the main lines. Doing so will allow more trains to run per hour. Also, the line will be electrified as far as Bromsgrove, connecting the town into the wider West Midlands electrified commuter routes as far north as Lichfield. Freight trains heading up the Lickey Incline can wait in the branch on the left of the photo until they can have a clear—and slow—run at it. Sometimes in the summer, when we have the bedroom window open, and the wind is in the right direction, it sounds as though some of these freighters are headed right towards us. The rails on the extreme right have yet to be laid, and that can’t happen until the new station is open and the existing platforms decommissioned because the switch of the main line has to begin about where the current down line platform ends. That’s scheduled for October 2016, and the lines will be closed for 10 days while some major track engineering takes place, signalling is installed, and presumably the electrification completed.
The bridge where I took this photo is on one of my regular walks, so I have been watching progress over the past 21 months. I wish I’d taken photos more often. But what has been interesting to observe is the impressive kit that the engineers used to lift old track, lay new ones (that branch on the left replaced several different sidings), excavate culverts that had collapsed, and the like. Part of the delay in completing the project in 2015 was the need to decontaminate the site that had been an oil terminal for a major engineering works formerly alongside the railway, and reroute signalling and an underground stream that did not figure on any of the plans available to the engineers. There was a further delay, and a need to apply again for planning permission when it was discovered that the bridge connecting platforms would have to be raised just 14 inches to conform to EU regulations concerning the distance between a bridge and overhead electrification wires.
Access to sophisticated equipment today really puts in context how the railways were first constructed, almost 200 years ago. And although much of the work would have been carried out by gangs of navvies, I guess by mid-Victorian times engineers would have had steam-powered machines available. Nevertheless, the construction of embankments, tunnels, and viaducts is surely an impressive feat of human enterprise. It was hard, dirty, and dangerous work in isolated locations where temporary communities sprang up—and men, women, and children died and were buried. This account of the Settle-Carlisle line and the construction of the Ribblehead Viaduct gives a sense of the isolation and hardship of building this railway.
These communities are being celebrated, if that’s the right word, in a new drama that started to air on the commercial ITV channel from 7 January.
Before the trains . . .
The rail network in the UK today is a shadow of its former glory, having been deliberately dismantled, maybe I should say restructured, in the 1960s by Dr Beeching.
But, to my mind, there’s an even more impressive example of civil engineering that began half a century before the railways were built.
I’m referring, of course, to the canals, and their construction began in the last quarter of the eighteenth century. And what’s particularly impressive, is that they were dug mostly by hand, by gangs of navvies.
Just a little over a mile to the east of the Lickey Incline is the Worcester and Birmingham, that has just celebrated its 200th birthday. Begun in 1791, it was finally completed in December 1815. I find it fascinating that construction of this canal wonder took place while Europe was in turmoil through the Napoleonic Wars and the final defeat of Napoleon at the Battle of Waterloo in June 1815.
At 29 miles long, the canal connects Worcester with Birmingham, climbing 130m (428 feet) over the same topographical feature that would tackled on the Lickey Inlcine half a century later. There are 58 locks; the Tardebigge Flight of 30 locks is the longest in the UK, raising the canal some 200 feet in just five miles between Stoke Bottom Lock to Tardebigge Top Lock. You can explore a detailed map on the website of the Canal & River Trust.
This is a time-lapse video of that journey up the Tardebigge Flight.
In addition to all the locks there are five tunnels, with a combined length of 2.4 miles.
The channels were dug by hand, and then lined with mud to make them ‘waterproof’ so the water did not leak away. A series of three reservoirs provide a constant supply of water, and at Tardebigge there is a disused pump house, once powered by steam to raise water to different levels in the Tardebigge Flight.
As I’ve mentioned in other blog posts, sections of the towpath along the canal from south of Stoke Prior and Tardebigge are some of my favorite walks in all seasons. Here is a selection of photographs that I have taken over the years. In some of them you can see the details of canal and lock construction because on a number of occasions sections of the canal had to be drained for maintenance. I always feel inspired and full of admiration for those hard-working labourers who set their backs to dig the Worcester and Birmingham Canal over 200 years ago.