Grantham rail accident

Last updated

Grantham rail accident
Grantham Railway Disaster.png
Only the rearmost three carriages remained on the track
Details
Date19 September 1906
23:04
Location Grantham, Lincolnshire
Coordinates 52°54′35″N0°38′48″W / 52.9097°N 0.6467°W / 52.9097; -0.6467
CountryEngland
Line East Coast Main Line
CauseDriver's error
Statistics
Trains1
Deaths14
Injured17
List of UK rail accidents by year

The Grantham rail accident occurred on 19 September 1906. An evening Sleeping-Car and Mail train of the Great Northern Railway, running from London Kings Cross to Edinburgh Waverley hauled by Ivatt 'Atlantic' No 276 derailed, killing 14. The accident was never explained; the train ran through Grantham station, where it was scheduled to stop, and derailed on a set of points on a sharp curve at the end of the platform, which at the time had been set for a freight train. No reason was ever established as to why the train did not stop as scheduled, or obey the Caution and Danger signals.

Contents

Events

Late in the night of 19 September, the Semi-Fast Mail train was due to call at Grantham. The signalman at Grantham south had his down signals off, [1] but the signalman at Grantham North had all of his down signals at danger and the junction points set from down main to down branch to protect a goods train crossing from the up Nottingham line to the up main line - across the down main line on which the Mail was approaching. [1] It was a clear night with patchy rain, as the Mail roared towards the station passing the south box. When the headlights came into view at the end of the platform, the locomotive appeared to be going much too fast to stop. To the alarm of the postal sorters and the station staff who realised it was the Mail train, it sped towards Grantham North box where the points, which had a 15 mph (25 km/h) speed limit, were set against it. [2] A loud explosion was heard and fire lit up the entire North yard. [3] The locomotive rode the curve, but its long tender derailed on the reverse curve following it and swept away the parapet of an underbridge for 65 yards (60 m), before falling off the edge of it. This derailed the locomotive, which was slung broadside across both tracks. The carriages ran down the embankment after the bridge, and only the last three remained undamaged. [3] [4]

Possible causes

Many explanations were put forward, such as the driver going mad, being drunk, taken ill or having a fight with the fireman. One possibility is that the driver had a seizure or "micro-sleep" and the inexperienced fireman did not realise until too late. The Board of Trade inquiry, conducted by Lieutenant colonel P. G. von Donop, concluded that "it is feared therefore that the primary cause of this accident must for ever remain a mystery." [5] The railway historian and writer L. T. C. Rolt described the Grantham accident as "the railway equivalent of the mystery of the Marie [sic] Celeste ". [6]

Illness

Lt Col von Donop decided that a sudden illness on the part of the driver was the most likely cause of the accident, but admitted that there was no conclusive evidence for that or any other possible cause.

Evidence was received that the driver of the express, Fleetwood, had reported himself ill and unfit to work on three occasions during 1906 (for 12 days in February, ten days in May/June and 30 days in August/September). [5] A GNR fireman also testified that in June, Fleetwood had been taken ill while on the footplate of the train they were working but continued to drive it safely to their destination, where he reported himself ill, made the return trip as a passenger and then took his six-day holiday leave, [5] thus not reporting himself ill to his immediate superiors. On none of these occasions did Fleetwood consult a doctor, and since he made no call on the GNR's own sick-pay fund, the company did not require him to have any medical examination either while he was on leave or before return to work. (Lt Col von Donop called for the GNR to review these policies in his report. [5] ) The fireman with whom Fleetwood was taken ill, Brooks, and the driver's mother-in-law (who lived with him and acted as his housekeeper) both testified that he only ever claimed to be suffering from recurring sciatica, but there was no official medical evidence to corroborate or expand on this.

The other man on the engine of the train, Talbot, was not a footplateman. [7] He was a premium apprentice at the GNR's Doncaster Works, [8] in training to be a mechanical engineer. [9] His knowledge of the route and the road his train was running on was not as extensive as a trained and experienced express train fireman and if his driver was incapacitated he might not have realised the situation in time and not known the junction points were not set for the main line, as both arms of the junction signals were on and gave no indication of which way the points were lying. [1] The evidence of signalman Day at Grantham South box was that he had seen both men "standing looking out of their respective glasses in front of them, but they did not actually seem to be doing anything." [1] Fireman Brooks stated that it had always been Lockwood's habit, when approaching Grantham from the south, to shut off steam at the summit of Stoke Bank, then open the regulator slightly to let the train coast down the gradient to Grantham. He would shut off steam again at Saltersford (the signal box before Grantham), even when not booked to stop at the station. [10] He would always sound the whistle at Grantham South box and, if stopping, sound it again on the approach to the station itself. No witnesses either on the train, in signal boxes or at the station reported any whistles coming from the train. [11]

The platform staff at Grantham were sure that the train was travelling at over 40 mph (65 km/h). [3] Initial news reports that the wrecked locomotive's regulator was open, indicating that the driver had not shut off the steam to the engine, [12] were not interpreted the same way by the official enquiry - the regulator handle was found to be one-third open, but had also been bent from the impact of the crash, having been subject to a blow that would have pushed it open. The blower valve was also open, which would not have been the case when the locomotive was running, leading the investigator to conclude that steam had been shut off before the derailment. [13]

Drunkenness

The inquiry heard evidence that Fleetwood was known to 'over-drink'. Two witnesses who were friends of the fireman, Talbot, stated that he had expressed concerns when he was to start working with Fleetwood because the driver had a reputation for drinking, [14] and they discussed the possibility that Talbot would have to take over control of the engine from Fleetwood if he was incapable due to drink - Talbot saying that he would "be alright" and would try and "stun" Fleetwood if he resisted. [15] However both witnesses also stated that Talbot did not say how he knew of Fleetwood's reputation and that on a later occasion, having worked for two days with Fleetwood, Talbot stated that the driver had been entirely sober and "all right so far". Other drivers and officials of the GNR, and Fleetwood's mother-in-law testified that, while he drank alcohol, he had never been seen drunk at work or at home, and Lt Col von Donop concluded that Talbot's initial fears were based only on hearsay from unknown sources. [11] Fleetwood left home on the day of the accident with a basket containing food and two full bottles of tea, and there was no evidence that he drank before the journey started or that he ever left his engine at Peterborough. [11]

Brake failure

Another theory, proposed in 2006 in the Railway Magazine, is a brake failure due to incorrect procedures when the engine was changed at the previous stop, Peterborough, but eyewitness accounts at Peterborough dispute this. [12] Evidence take by the inquiry by both the shunter who attached the locomotive to the train at Peterborough (not fireman Talbot, as some have speculated) and the foreman who supervised the work confirmed that the brake system was attached properly and that the driver tested the brakes once they were connected. The guard travelling in the rear brake van testified that the vacuum gauge in his compartment was reading correctly during the journey to Grantham, [16] while his colleague in the van near the front of the train reported that his vacuum gauge showed zero when he went to apply the brake just before the derailment. Both guards reported that the wheels of the vehicles they were travelling in were skidding just before the derailment, [13] which was confirmed by witnesses who were in Grantham station as the train passed through, some of whom also reported sparks coming from the wheels. [16] These reports would suggest that the braking system of the train was working correctly but was not applied until the last moments. The brake handle in the cab of the locomotive was examined, and found in the position to release the brakes, but had almost certainly been moved by the impact of the crash and no conclusions were drawn from its position. [13] Fireman Brooks - who had worked as Fleetwood's fireman for four months before Talbot took his place - testified that Fleetwood was consistent in checking the operation of the brakes on a train when leaving a station. [10]

Disorientation

Lt Col von Donop also considered whether the engine crew lost track of their position on a dark night and did not realise they were quickly approaching Grantham as the train picked up speed on a long downhill gradient. [5] But the train's average speed throughout its journey from Peterborough was not excessive, even on the descent from Stoke Summit. A number of Great Northern footplate men testified that the approach to Grantham was unmistakable, and the investigator agreed (adding that even in the highly unlikely event that the driver was unsure of his position, signals were in any case set against his train and should have caused him to slow down). Von Donop did criticise the conduct of both of the train's guards, who should have been monitoring the train's position and its speed and could have signalled to the driver or applied the brakes themselves if they had realised they were not slowing for the booked stop at Grantham. [5] The report noted that "The primary duty of a guard is the safe working of his train, and neither of these men seems to have shown himself on this occasion equal to his responsibilities."

Crew qualifications

Although the Board of Trade inquiry did not broach the subject, and von Donop accepted evidence from Talbot's superiors that he was "thoroughly competent to carry out [his] respective duties", [17] other bodies stated concerns at letting unexperienced men act as firemen on express trains. Evidence submitted at the inquiry showed that Talbot, who had been with the GNR for five years, was nearing the end of his apprenticeship and for the 12 months before the accident (since August 1905) had been seconded to the railway's operating department to work on the flootplate of the GNR's trains in service. [17] These had included times travelling alongside a regular crew and acting as an inspector to record information about the running performance of the engines, a period spent examining brakes at York and times working as fireman on a variety of goods and passenger trains- a common practice on the GNR for engineering apprentices in order for them to gain practical experience of locomotive operations. Talbot had been officially 'passed' as a fireman by the GNR but was not yet officially rated as a driver. [17] In over a year of work with the operation department Talbot had worked 119 days as a fireman and 50 days on the flootplate as an inspector. [17]

After the accident, the Amalgamated Society of Railway Servants trade union made several resolutions and statements (including some by its general secretary Richard Bell who was also a Member of Parliament at the time) that apprentices should not be employed as firemen on express trains such as the one involved in the Grantham accident. [18] These posts were usually taken by the most experienced firemen - often those already passed as drivers - who had many years of experience on the footplate and had built up detailed knowledge of the geography, features, lay-out and hazards of the routes they worked on. Despite Talbot's practical skill, the relatively short time he had worked on the footplate (only equivalent to a few months of regular work by a professional fireman) counted against him having the same working knowledge. The ASRS also expressed concern that having 'gentlemen' as fireman disrupted the established hierarchy on the footplate, with engineers/inspectors nominally being superior to drivers who none the less were officially responsible for the safe operation of the engine and supervision of the fireman. [19] Mr. Bagely of the ASRS and Richard Bell both stated that a driver working with a 'gentleman apprentice' would not as freely instruct them or correct deficient performance as they would a regular fireman. They would also not be as trusting of their experience and so could feel forced to take on much of the duties usually done by the fireman, or shared between both men, which increased the chance of error or distraction. Conversely an apprentice acting as a fireman may not be as an effective assistant in terms of road knowledge as an express driver may have become used to. A GNR delegate to the ASRS conference in 1906 predicted that following the accident (and in line with restrictions already in place at several other railway companies) the GNR would no longer employ apprentices on the footplate as firemen, but only in a inspection role. [20]

Other derailments

The accident was the second in a series of three derailments due to excessive speed at night in a 16-month period. The others were at Salisbury (1906) and Shrewsbury (1907). All three resulted in deaths, including the footplate crews; the cause in each case was recorded as 'driver error' but there has been much speculation since.

See also

Other derailments in which the driver's momentary loss of attention was or may have been a factor:

Notes

  1. 1 2 3 4 Board of Trade (1906), p. 57.
  2. Board of Trade (1906), p. 55.
  3. 1 2 3 "The Wreck of a Scottish Express". The Times. London. 21 September 1906. p. 4 via Newspapers.com. Open Access logo PLoS transparent.svg
  4. "The Grantham Railway Accident". The Guardian. 20 October 1906. p. 9 via Newspapers.com. Open Access logo PLoS transparent.svg
  5. 1 2 3 4 5 6 Board of Trade (1906), p. 72.
  6. Rolt, L. T. C.; Kichenside, Geoffrey (1976) [1956]. Red for danger : a history of railway accidents and railway safety (3 ed.). Newton Abbot: David & Charles. p. 171. ISBN   0715372920.
  7. Board of Trade (1906), p. 60.
  8. "Grantham and Salisbury: Railwaymen on the Recent Disasters". The Guardian. 4 October 1906. p. 12 via Newspapers.com. Open Access logo PLoS transparent.svg
  9. "Gentlemen Apprentices". The Guardian. 24 September 1906. p. 8 via Newspapers.com. Open Access logo PLoS transparent.svg
  10. 1 2 Board of Trade (1906), p. 59.
  11. 1 2 3 Board of Trade (1906), p. 71.
  12. 1 2 "Grantham Disaster: Evidence that steam was not shut off". The Guardian. 24 September 1906. p. 8 via Newspapers.com. Open Access logo PLoS transparent.svg
  13. 1 2 3 Board of Trade (1906), p. 69.
  14. Board of Trade (1906), p. 64.
  15. Board of Trade (1906), p. 65.
  16. 1 2 Board of Trade (1906), p. 62.
  17. 1 2 3 4 Board of Trade (1906), p. 70.
  18. "Gentlemen Apprentices". The Guardian. 24 September 1906. p. 8 via Newspapers.com. Open Access logo PLoS transparent.svg
  19. "Grantham and Salisbury: Railwaymen on the Recent Disasters". The Guardian. 4 October 1906. p. 12 via Newspapers.com. Open Access logo PLoS transparent.svg
  20. "Grantham and Salisbury: Railwaymen on the Recent Disasters". The Guardian. 4 October 1906. p. 12 via Newspapers.com. Open Access logo PLoS transparent.svg

Related Research Articles

The Armagh rail disaster happened on 12 June 1889 near Armagh, County Armagh, in Ireland, when a crowded Sunday school excursion train had to negotiate a steep incline; the steam locomotive was unable to complete the climb and the train stalled. The train crew decided to divide the train and take forward the front portion, leaving the rear portion on the running line. The rear portion was inadequately braked and ran back down the gradient, colliding with a following train.

<span class="mw-page-title-main">Abergele rail disaster</span> 1868 Welsh railway disaster

The Abergele rail disaster, which took place near Abergele, North Wales, in August 1868, was the worst railway disaster in Great Britain up till then.

The Sutton Coldfield train crash took place at about 16:13 on 23 January 1955 in Sutton Coldfield, Warwickshire, when an express passenger train traveling from York to Bristol, derailed due to excessive speed on a sharp curve.

<span class="mw-page-title-main">1906 Salisbury rail crash</span> 1906 train derailment in England

The Salisbury rail crash occurred on 1 July 1906, when a boat train from Plymouth to London failed to negotiate a sharp bend at more than twice the speed limit, and crashed into another train, killing 28 people. It is believed that the driver was trying to demonstrate the speed of the service, in competition with a rival railway company.

The Charfield railway disaster was a fatal train crash which occurred on 13 October 1928 in the village of Charfield in the English county of Gloucestershire. The London, Midland and Scottish Railway (LMS) Leeds to Bristol night mail train failed to stop at the signals protecting the down refuge siding at Charfield railway station. The weather was misty, but there was not a sufficiently thick fog for the signalman at Charfield to employ fog signalmen. A freight train was in the process of being shunted from the down main line to the siding, and another train of empty goods wagons was passing through the station from the Bristol (up) direction.

<span class="mw-page-title-main">Harrow and Wealdstone rail crash</span> 1952 train wreck in Wealdstone, England

The Harrow and Wealdstone rail crash was a three-train collision at Harrow and Wealdstone station in Wealdstone, Middlesex during the morning rush hour of 8 October 1952. The crash resulted in 112 deaths and 340 injuries, 88 of these being detained in hospital. It remains the worst peacetime rail crash in British history and the second deadliest overall after the Quintinshill rail disaster of 1915.

The Stafford and Uttoxeter Railway was authorised by Act of Parliament on 29 July 1862, to build a line between the towns of Stafford and Uttoxeter in Staffordshire, England. It opened for traffic in 1867. It opened on 23 December 1867. Construction cost had much exceeded estimates, and income was poor, so that the company was always in financial difficulty. It was placed in receivership in 1875. The Great Northern Railway (GNR) had running powers to Uttoxeter and was persuaded to acquire the company, which it did in 1881. The GNR spent a considerable sum on improving the line, but it never made money and it was closed to passengers on 4 December 1939. Goods traffic ceased in 1951, except for a short stub to RAF Stafford; this too closed in 1975.

<span class="mw-page-title-main">John Axon</span> British train driver, posthumous recipient of the George Cross

John Axon GC was an English train driver from Stockport who died while trying to stop a runaway freight train on a 1 in 58 gradient at Chapel-en-le-Frith in Derbyshire after a brake failure. The train consisted of an ex-LMS Stanier Class 8F 2-8-0 No. 48188 hauling 33 wagons and a brake van.

<span class="mw-page-title-main">Penistone rail accidents</span> List of rail accidents in Penistone South Yorkshire, England

Over the latter years of the 19th and early years of the 20th centuries, Penistone in Yorkshire gained a name as an accident black-spot on Britain's railway network; indeed, it could be said to hold the title of the worst accident black-spot in the country. The main line through the town was the Woodhead route of the Manchester, Sheffield and Lincolnshire Railway between Sheffield Victoria and Manchester, London Road. The line was heavily graded with a summit some 400 yards inside the eastern portal of the Woodhead tunnel.

<span class="mw-page-title-main">Torquay railway station</span> Railway station in Devon, England

Torquay railway station is on the Riviera Line and serves the seaside resort of Torquay, Devon, England. It is 219 miles 79 chains (354 km) from London Paddington.

<span class="mw-page-title-main">Draycott and Breaston railway station</span> Former railway station in Derbyshire, England

Draycott railway station was a station which served the village of Draycott, Derbyshire, England. It was located on the south side of Station Road.

The Eltham Well Hall rail crash was an accident on the British railway system that occurred on 11 June 1972 at approximately 21:35. An excursion train from Margate to Kentish Town derailed on a sharp curve at Eltham Well Hall station, Eltham, London. The curve had a maximum permitted speed to be taken at 20 miles per hour (32 km/h) but the train was estimated to have been travelling at 65 miles per hour (105 km/h) resulting in the locomotive and all but one of the ten carriages derailing.

The Darlington rail accident occurred on the evening of 27 June 1928 when a parcels train and an excursion train collided head on at Darlington Bank Top railway station in County Durham, England. The accident was caused by the parcels train driver passing a signal at danger, due to misunderstanding the signalling layout in an unfamiliar part of the station. This accident resulted in the deaths of 25 people and the serious injury of 45 people.

<span class="mw-page-title-main">Abbots Ripton rail accident</span> 1876 Multi-train collision in Huntingdonshire, England

The Abbots Ripton rail disaster occurred on 21 January 1876 at Abbots Ripton, then in the county of Huntingdonshire, England, on the Great Northern Railway main line, previously thought to be exemplary for railway safety. In the accident, the Special Scotch Express train from Edinburgh to London was involved in a collision, during a blizzard, with a coal train. An express travelling in the other direction then ran into the wreckage. The initial accident was caused by:

There have been a number of train accidents on the railway network of Victoria, Australia. Some of these are listed below.

<span class="mw-page-title-main">Shrewsbury rail accident</span> Train derailment in Shropshire, UK on 15 October 1907

The Shrewsbury rail accident occurred on 15 October 1907. An overnight sleeping-car and mail train from Manchester to the West of England derailed on the sharply curved approach to Shrewsbury station, killing 18 people and injuring 33. The accident was concluded to be due to excessive speed on a dangerous curve.

<span class="mw-page-title-main">Jyväskylä rail accident</span>

The Jyväskylä rail accident occurred on 6 March 1998 in Jyväskylä, Finland, when the Sr1-driven express train P105 from Turku bound for Joensuu via Pieksämäki derailed. The train left the tracks after coming in too fast on a 35 km/h (22 mph) switch near the station. 300 people were on board ; the fireman driving the train and nine passengers were killed, and 94 passengers injured.

<span class="mw-page-title-main">Chartley railway station</span> Disused railway station in Staffordshire, England

Chartley railway station was a former British railway station to serve the village of Stowe-by-Chartley in Staffordshire.

The Slough rail accident happened on 16 June 1900 at Slough railway station on the Great Western Main Line when an express train from London Paddington to Falmouth Docks ran through two sets of signals at danger, and collided with a local train heading for Windsor & Eton Central. Five passengers were killed; 35 were seriously injured, and 90 complained of shock or minor injuries

<span class="mw-page-title-main">Maesycwmmer railway station</span> Former railway station in Wales

Maesycwmmer railway station was situated on the Bassaleg and Bargoed line, serving the adjoining village of Maesycwmmer, which lies on the east bank of the Rhymney River in the historic county of Monmouth. It was located at 12 miles 44 chains (20.2 km) from Newport. The line was built by the Brecon and Merthyr Railway, and passed to the Great Western Railway in 1923 and to British Railways in 1948. The line was double track and the station had simple up and down platforms.

References

Further reading