At about 1448 on Wednesday 5 March 2008, a double road-train
loaded with bulk cement drove into the path of a train that was
conveying four empty fuel tankers at the Stirling Street level
crossing, Birkenhead, SA. The impact speed of both the train and
road-train was low (about 15 km/h) but nevertheless sufficient to
roll the prime mover and the first semitrailer onto their sides and
to derail the lead bogie of the train's locomotive. The road-train
driver was slightly injured; the two train drivers were shaken but
otherwise unhurt.
Road traffic at the Stirling Street level crossing was
controlled by 'Stop' sign assemblies. At the time of the collision,
the level crossing was in the process of being converted from
passive (Stop sign) to active control (flashing lights and boom
barriers) as part of a major road upgrade called the 'Port River
Expressway Project'. The investigation found that the Stop sign
assembly was moved from its original position sometime during the
upgrade and a 'Stop' line was not visible on the road surface. In
the absence of a Stop line, visibility along the rail line was, at
best, intermittent.
The investigation concluded that it is likely the road-train did
not stop at the Stop sign assembly and travelled over the Stirling
Street level crossing at a relatively constant speed of about 15
km/h. The investigation also found that the road-train involved in
the collision was not authorised to operate on Stirling Street as
no Heavy Vehicle Permit (HVP) for this vehicle had been issued by
the Department for Transport, Energy and Infrastructure.
Safety issues identified by the investigation relate to
compliance of the level crossing with relevant standards,
notification to the rail infrastructure manager of a non-compliance
identified at audit and the issuing of HVP's for road-train routes
that involve level crossings. The ATSB has acknowledged proactive
safety action taken by relevant parties in response to those
identified safety issues. In addition, the ATSB has issued four
safety recommendations.
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