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England and Wales Court of Appeal (Civil Division) Decisions |
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You are here: BAILII >> Databases >> England and Wales Court of Appeal (Civil Division) Decisions >> Ide v ATB Sales Ltd & Anor [2008] EWCA Civ 424 (28 April 2008) URL: http://www.bailii.org/ew/cases/EWCA/Civ/2008/424.html Cite as: [2008] EWCA Civ 424 |
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COURT OF APPEAL (CIVIL DIVISION)
ON APPEAL FROM
(2) NORTHAMPTON COUNTY COURT (JUDGE CHARLES HARRIS QC)
Strand, London, WC2A 2LL |
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B e f o r e :
LORD JUSTICE DYSON
and
LORD JUSTICE THOMAS
____________________
Alan Peter Ide |
Respondent |
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- and - |
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ATB Sales Ltd |
Appellant |
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Lexus Financial Services T/A Toyota Financial Services (UK) PLC |
Appellant |
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- and - |
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Sandra Russell |
Respondent |
____________________
Mr Richard Lynagh QC and Thomas Saunt (instructed by AWB Partnership) for the Respondent (Ide)
Mr Neil Block QC and Bernard Doherty (instructed by Beachcroft) for the Appellant (Toyota)
Mr Neil Hext (instructed by Edwin Coe) for the Respondent (Russell)
Hearing date: 8 April 2008
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Crown Copyright ©
Lord Justice Thomas:
Introduction
The Popi M and the approach to the issues of causation
"In my opinion Bingham J. adopted an erroneous approach to this case by regarding himself as compelled to choose between two theories, both of which he regarded as extremely improbable, or one of which he regarded as extremely improbable and the other of which he regarded as virtually impossible. He should have borne in mind, and considered carefully in his judgment, the third alternative which was open to him, namely, that the evidence left him in doubt as to the cause of the aperture in the ship's hull, and that, in these circumstances, the shipowners had failed to discharge the burden of proof which was on them."
"Nor do I see any inconsistency between my approach and the observations of Lord Brandon in The Popi M. The conclusion that employee theft was the probable cause of the loss is not based on a process of elimination of the impossible, in application of the dictum of Sherlock Holmes. It does take into consideration the relative probabilities or improbabilities of various possible causes as part of the overall process of reasoning, but I do not read The Popi M as precluding such a course. Employee theft is, as I have said, a plausible explanation and is very far from being an extremely improbable event. A finding that employee theft is more likely than not to have been the cause of the loss accords perfectly well with common sense. Thus the various objections to the finding made by the trial judge in The Popi M simply do not bite on the facts of this case"
On appeal, the approach of Richards LJ was criticised by counsel for UPS on the basis that he had been lured into a process of elimination (which could at best arrive at a conclusion as to which of many possible causes was the least unlikely) rather than a conclusion as to any cause which was more probable than all the others viewed together. In giving the only substantive opinion on this issue, Lord Mance rejected that criticism, though pointing out at paragraph 50 that:
"Inevitably, any systematic consideration of the possibilities is subject to a risk that it may become a process of elimination leading to no more than a conclusion regarding the least unlikely cause of loss."
THE FIRST APPEAL: IDE v ATB SALES
The issue in Ide
i) Mr Ide claimed that there was a defect in the handlebar because it had insufficient strength to withstand the loads imposed upon it in ordinary use as a mountain bike; it had suddenly fractured and this had caused him to lose control of the bike and fall.ii) The importers contended, based on a report of one of the experts they called, Dr Chinn, that Mr Ide lost control of the bike and fell off the bike; the handlebar had then fractured either through being struck by his body or when it hit the ground or by a combination of the two.
The primary findings of fact in Ide
i) The bike was well maintained by Mr Ide and regularly serviced; there was no suggestion of misuse or previous damage. He was an experienced off-road biker and dressed safely for such riding.ii) Although Mr Ide had no recollection of his fall because of post-traumatic amnesia, he was accompanied by two friends on the ride. They had not seen how he came to fall off the bicycle because Mr Ide was in the lead and out of their sight round a bend, but the route was one all had cycled many times before and the conditions that day were ones that were ordinary, both in terms of weather and the terrain. The part of the track where the accident happened was downhill with a gradient of 1:7 and Mr Ide was probably travelling at 18-20 mph.
iii) Both discovered Mr Ide lying motionless with Mr Ide and his bike facing the same way. His special cycling shoes were clipped into the pedals. The left side of the handlebar had broken off.
iv) The handlebar was made from an aluminium alloy to Japanese standard JISD9412. It was 580mm in length and was clamped in the centre to the main frame of the bicycle. Either side of the centre the outer surface of the aluminium tube had been swaged and machined, reducing the outer diameter and the thickness of the tube. The handlebar had been bent during manufacture at a point 85mm from the centre at an angle of approximately 6 degrees.
v) There had been no previous incidents with Marin handlebars.
vi) Tests done by Mr Higgins, an experienced biker with a degree in mechanical engineering, over the bridleway in the South Downs showed that the recorded loading on the handlebar was a maximum force of 32.6kg. Though the accuracy of these tests was disputed by Mr Ide, he was content that the judge could consider the case on the basis that they were accurate.
vii) Two metallurgists gave evidence before the judge, Mr Robert Bachelard was called on behalf of Mr Ide and Mr David Price on behalf of the importers. They agreed on a number of matters:
a) The handlebar had been manufactured in accordance with the relevant standards.b) The weakest point in the handlebar was at the 85mm point when the handlebar was loaded at the extreme ends.c) The fracture on the left hand side of the handlebar occurred at the 85mm point. The fracture was a ductile overload fracture; this was evident from the optical microscopy and the scanning electron microscope (SEM) photographs taken. The fracture direction was likely to have been downwards and slightly forwards.d) The fracture would have been sudden and complete, resulting in the separation of the handlebar. It had occurred as a result of the single application of a load or force that exceeded the strength of the handlebar.e) There was no evidence that they could see of a pre-existing fracture or crack; Mr Price's initial view that there might have been such a fracture or crack was wrong.viii) Tests were carried out at Bristol University by the two metallurgists and Dr John Morgan, a senior lecturer in material science at the Department of Mechanical Engineering at Bristol University; Dr Morgan was also called as an expert by Mr Ide. As the left hand side of the handlebar had broken off, it was not possible to test that side. Tests to the right hand side showed that when loading of 110 kg (1100N) was applied, there was an initial bending and then a sudden partial fracture at the 85mm point. The general features of the fracture surface were similar to the fracture that had occurred on the left side; the metallurgists considered that this indicated that the mode of failure was also a ductile overload fracture.
ix) Tests were also carried out on a handlebar from another Marin Rift Zone Mountain bike supplied by the importers; this bent at a maximum force of 130kg (1,300N), but did not fracture; a handlebar provided by another supplier did not bend until a maximum force of 158kg (1,580N) was applied.
x) As the handlebar on the other Marin bike which was tested did not fracture, the two metallurgists were agreed that the handlebar on Mr Ide's bike was of a lower strength and more brittle than the new handlebar of the same design which had been tested. The physical evidence indicated that the handlebar on Mr Ide's bike was likely to have been manufactured in the condition found on testing; slight differences in swaging, machining, heat treatment or material properties could have resulted in the handlebar being of reduced strength.
xi) If the handlebar fractured suddenly during normal riding, it might well have resulted in instantaneous loss of control by the rider.
i) Dr Morgan's opinion was that the fatigue crack existed at the time of the accident and that the handlebar had snapped in a classic fast fracture fatigue failure. The best evidence for this (as set out in his third report) was that a stain which he had observed on microscopic examination of the failed fracture surface showed that moisture had leaked into a crack. He therefore strongly suspected that the final catastrophic failure occurred after a fatigue crack had developed in the handlebar. During the three year life of Mr Ide's bike, the handlebar had become progressively weaker as a result of the formation of micro cracks at the bottom of the grooves that had been machined along the handlebar as part of the manufacturing process.ii) He accepted that one could not know that the cracks were definitely there, as they were not apparent on the SEM photographs, but he adhered to the opinion that there was a smaller minute crack present on the left side of the handlebar. He did not accept the view of Mr Bachelard or Mr Price as to the reason for the failure.
iii) Even though he had reservations as to the accuracy of the measurements carried out by Mr Higgins (as he thought the loads were much greater), he said in cross-examination that even loads of the low magnitude recorded by Mr Higgins along the South Downs bridleway would be sufficient to produce fatigue leading to fracture; the loads could have caused the catastrophic failure which occurred, if the left hand side of the handlebar was weakened.
i) Although he rejected Dr Chinn's theory, that did not mean of itself that Mr Ide succeeded. Mr Ide had to satisfy him on the balance of probability that there was a defect in the handlebar and the defect caused him to fall and suffer the injuries.ii) The fracture of the handlebar had been instantaneous and catastrophic.
iii) Even though the SEM photographs did not reveal any evidence of cracking or fatigue, this did not mean that the fracture was not due to fatigue; Mr Price had found fatigue striation marks and there was evidence of staining; the accident surface damage may have obliterated evidence of cracking.
iv) Fatigue cracking was therefore at least a possible cause of the fracture of the handlebar, but it was not necessary for him to determine the precise mechanism which led to the handlebar fracturing, but whether the evidence supported the conclusion that, as a matter of probability, the handlebar was defective in a way which caused it to fracture. (paragraph 86 of the judgment)
v) He concluded that, on the totality of the evidence, the left handlebar of the bike was defective and it was that defect that had caused the handlebar to fracture with the result that Mr Ide fell from his bicycle:
a) The loading on the handlebar when it was being ridden by Mr Ide along the bridleway was well below the loading required to bend a handlebar, let alone fracture it. The handlebar should have been able to withstand the loading applied even if Mr Ide had struck a stone.b) The right hand side of the handlebar had been subjected to the testing described at paragraph 13.viii) above. He accepted Dr Morgan's conclusion that the handlebar was weaker and more brittle than it should have been, especially in the light of the fact that the bike was designed for off-road riding. (paragraph 90 of the judgment).c) Because the left hand side of the handlebar broke at its weakest point, it had not been possible to test that side at that point. The conclusion to be drawn from the tests which had been carried out on the right hand side was that the left hand side of the handlebar was defective:"The defect may have been an inherent manufacturing defect; alternatively the defect may have resulted from the handlebar degenerating over its two and half year period of use by Mr Ide to the point that it finally fractured during "normal" off-road riding of the bike. As Dr Morgan pointed out in his third report, the magnitude of the forces generated by the normal riding of a mountain bike would have been sufficient to fracture the handlebar in its weakened and defective condition. I accept that conclusion. I accept further that such a sudden fracture would have caused immediate loss of control of the bike. The configuration of Mr Ide and his bike immediately after the accident are consistent with this scenario. I accept that the defective condition of the handlebar and the occurrence of the accident are unlikely to have been purely coincidental." (paragraph 91 of the judgment).d) It followed, therefore, as a matter of probability, that it was the defect affecting the left hand side of the handlebar which caused it to fracture.
The appellant's argument in Ide
My conclusion in Ide
(a) The clear inference was that the handlebar was defective
i) Dr Chinn's explanation that the fracture had been caused when Mr Ide fell off the bike and the handlebar had been fractured, either by contact with his body or the ground or a combination of the two.ii) Dr Morgan's explanation that there had been a defect in the left hand side of the handlebar. That defect was either the result of manufacturing or fatigue. The handlebar had failed when the normal load was applied to it.
As the importers contended in their skeleton argument:
"The single issue was did the handlebar have a defect causing it to fracture prior to Mr Ide losing control of his mountain bike or did it fracture after he lost control and during his fall."
(b) The defect was caused during manufacture or through fatigue
(c) The judge accepted Dr Morgan's evidence
THE SECOND APPEAL: LEXUS v RUSSELL
The primary findings of fact made by the judge in Russell
i) Mrs Russell purchased the Lexus new on 30 October 2003. It was an expensive four wheel drive vehicle produced by a manufacturer with a reputation for good quality. There was no history of the model catching fire spontaneously, although one had done so since in different circumstances.ii) On 19 January 2004, the Lexus had had its 10,000 mile service. Mrs Russell had, on a few occasions, experienced curious behaviour from the windows and sun roof which several times opened themselves without the operation of the controls; this was reported to the garage but no work seems to have been done to clear the malfunctions.
iii) On 1 February 2004, the day before the fire, the Lexus had not started with its usual felicity and had run with less than normal vigour. After using the Lexus in her business, Mrs Russell had returned home at 6.30 p.m. and parked it in the garage next to the Avensis.
iv) Both cars were parked side by side in the garage with the Lexus on the right hand side looking into the garage.
v) Next to the Lexus on the right hand side of the garage nearest to the up-and-over door was a double socket, a light switch and a fuse box; the fuse box was at about head height and the socket was lower. There was a side pedestrian door opening towards the house on the right hand wall and immediately after the pedestrian door there was on the same wall a transformer for the garden lights at a high level. At the very end of the garage, directly in front of the Lexus was an electrical socket at a low level.
vi) There was a 5 litre fuel can also along the right hand wall next to the Lexus, just underneath the fuse box.
vii) The main garage up and over door was left open that evening. Behind the Lexus and the Avensis another Lexus car was parked as was a Volkswagen Beetle.
viii) Shortly before 1 a.m. a fire in the garage was first noticed by neighbours; it was well established. The fire brigade was called at 00:58.
ix) Mrs Russell and members of her household, including her daughter Katie were then alerted to the fire. Katie's account of what she saw is highly material and was as follows:
"By the time I saw it outside flames were coming over the top of mum's car, not roaring, not trickling. The back of the car was not on fire. I stood there, a yard or more from the back of the car. Flames were coming over my mum's car … I could see flames pouring over the top of mum's car. I could not see them anywhere else. I got down in front of my car. I cannot see how the fire started in the corner where the electrics were. I more or less stood there, just by the tree. I do not think that is where it started. The flames were pouring over the top of the roof, coming up from the front of the car over the top of the roof. I cannot say if they were coming from the sides of the car."x) Julie Chamberlain, who also lived at Mrs Russell's house, described the Avensis as being hardly on fire but seeing flames coming from the windows of the Lexus; the flames were from window height upwards, as if the Lexus was on fire before the Avensis.
xi) The judge found, on the basis of those accounts, that the Lexus was on fire before the Avensis, as the witnesses had not described flames on the floor or at the back of the Lexus. He also accepted the evidence that the roof of the garage was at that stage of the fire still in place and not on fire.
xii) The fire was brought under control by 2:30 am; it had done great damage to the Lexus and Avensis and much of the garage; the two cars outside the garage were also damaged.
i) The manufacturers called Dr Wareham, an associate of Hawkins & Associates Ltd; although a geologist and geochemist by qualification, he had extensive investigative experience of fires. He investigated the scene of the fire and concluded that it was not possible to say what had caused the fire:a) The fire started inside the garage; that was not disputed.b) The damage to the Lexus was so severe that it was impossible to examine the wiring and electrical components to ascertain if they had been the cause of the fire.c) A similar conclusion had to be drawn in respect of the wiring and components in the garage.ii) Mrs Russell called Mr Jenkins, a forensic scientist of many years experience who had very considerable experience in examining fires. He was not instructed until after the Lexus had been taken away and destroyed.
Arson
The judge's approach to the other suggested causes
"Neither would normally be regarded as likely spontaneously to ignite in the sense that such would not be a common occurrence but it was recognised that occasionally both domestic wiring and cars may catch fire as a result of some fault."
The electrical wiring and units in the garage
i) It was not in use and not turned on.ii) Although Mrs Russell apparently parked the Lexus by touch and had placed carpet as a fender to cushion contact between the front of the Lexus and the garage wall, there was no reason to conclude that she ever bumped the Lexus into the socket. Its cabling ran internally in the cavity of a brick wall.
iii) The area of least severe fire damage in the Lexus was that at the front and front nearside, nearest to this socket.
i) A burning piece of wire or of an electrical unit could have fallen from the wall onto the concrete floor of the garage, but unless something burning happened to fall against the offside rear tyre of the Lexus and burned for long enough, it was hard to conclude that even if a component was on the floor there would have been any significant prospect of it igniting the Lexus.ii) A burning piece of wiring could have fallen near the 5 litre container of petrol; that was made of plastic and if it had burned for long enough and with enough heat then it might have melted or lit the can and thus ignited the petrol. That would have been consistent with the severity of the damage to the offside of the Lexus.
A defect in the Lexus' electrical components or wiring.
The judge's conclusion
i) The Lexus contained a complex and extensive electrical system; there was obviously much more to go wrong in the Lexus than in the simple sockets, wiring and lights of the garage.ii) The Lexus' electrical components were in close proximity to flammable items, particularly plastics of various kinds.
iii) The garage electrical wiring and units were at some distance from the Lexus and were attached to bare, non-flammable brick walls. For faults in the wiring or electrical units on the garage wall to ignite the Lexus, the following sequence of events would have been necessary:
a) A fault developed in the wiring or component.b) The fuse failed to activate.c) There was sufficient heat to ignite the cable or the fuse box or the transformer.d) A burning piece of component or wiring fell.e) The piece fell in close proximity to the petrol can or the offside rear tyre of the Lexus.f) The piece continued to burn long enough and at a hot enough temperature to light the tyre or melt the fuel can.As the garage roof caught fire after rather than before the Lexus, the roof was unlikely to be the mechanism by which a fire in the wiring or electrical unit had transferred to the Lexus.iv) There was some evidence, to which I have referred at paragraph 30.ii) above, about faults in the Lexus' electrical systems which caused the windows and sun roof to open.
v) The eye witness evidence, especially that of Katie Russell, was very important. She had not seen the back of the Lexus on fire which would have been present if it had been lit by falling external electrical components igniting the offside rear tyre or the can of petrol in the vicinity. Mrs Chamberlain had described seeing flames in the Lexus from the window upwards but none on the floor. She did not see the tyre burning.
The argument advanced by the manufacturers on the appeal in Russell
i) There was other evidence given by Dr Wareham, to which the judge had not given sufficient weight, that underlined the improbability that the fire had originated in the electrics of the Lexus:a) Although a chafed wire would provide a mechanism by which a fire could be started, an examination by Dr Wareham of a similar model had shown, although not all of the wiring could be examined, that there were no areas where cables could plausibly chafe against the steel of the body work. That was because a high degree of care and skill had been used in design of the Lexus.b) There was nothing to suggest that the problems Mrs Russell had reported in relation to windows and sun roof opening of their own accord could result in a fire, as when the electrics were switched off these components were not energised.c) If the eyewitness evidence pointed to the fire beginning at the front right side of the Lexus, the ABS control unit was the only electrical unit in that area and it showed no sign of a fault.d) The physical evidence suggested that the fire did not start in the engine compartment where several electrical components were located as these were less damaged there than elsewhere.e) The pattern of fire damage was consistent with the fire having started outside the Lexus at the rear right. This was the area where access to the garage would have been obtained by an intruder and was next to the fuel can and the main part of the electrics of the garage; the evidence of Mrs Russell was that there were rags in a bucket in the garage.f) It was not that surprising that there was no positive evidence of an intruder or a fault with the garage's electrical circuitry given the intensity of the fire.g) The electrical circuit in the garage was live as the sensor for the lights was switched on.h) The judge should have appreciated that the complexity of the Lexus' wiring system was counter balanced by careful design; the fact that some of the electrical components were in close proximity to the flammable items did not mean that they caused the fire.ii) Although Mr Jenkins had given evidence that his views were similar to those of Dr Wareham, he had reached the view that the cause of the fire was a fault in the Lexus on the basis that, by eliminating everything else, such a fault was the most likely cause; that was not a permissible line of reasoning. Furthermore, he had not examined the Lexus or the garage; he was unable to point to any particular mechanism by which the fire could have started in the Lexus. Little weight should in any event have been attached to his conclusion. He had moreover accepted that cars were designed so that any circuits that were live when a car was parked were placed where they were likely to do the least damage; he could not exclude a fire caused by an intruder nor in the electrical circuitry. Indeed he had explained how a fire could have started in the circuitry, moving to the plastic components near the door (such as the fuse box), loosed the fastenings on the wall which would then have dropped onto the floor and set fire to something lower down.
My conclusion on Russell
Lord Justice Dyson:
Lord Justice Ward