I’m referring
to the car launched in 1959 which has become a motoring icon. I recently was
able to tour the plant making it. This tour was organised by a local garden
centre who also do a range of coach trips. Roughly every month these are organised
for members of their gardening club. We joined for the discounts and this was
the first of their trips we have been on.
The Mini plant
is at Cowley in Oxford. This modern
factory is built on the site of the body works of the Morris factory. Morris
cars were assembled at an adjacent factory on the other side of the ring road.
A covered bridge used to connect the two plants. Morris merged with Austin
before WW11 to form BMC which then swept up many other companies becoming
British Leyland. BL began a long slide not helped by the awful strike record
particularly at the key Longbridge plant. Through a series of changes the Cowley
plant is now owned by BMW.
It has to be
said that BMW have worked wonders for the Mini. A tired model it was
revitalised with a new design which has been successfully extended over the
years to embrace a wide variety of variants. Recently these have included
hybrid electric models with all electric soon for launch.
Our trip
started with mini breakfast and coffee at the garden centre We gathered far too
early and suffered the first of several long periods of waiting. After
travelling via the M40 and A34 we arrived at the tour assembly point at the
plant. This had a small shop selling Mini related items and three holding
rooms. The coach load was split into three groups for the tour. I say holding
advisedly as we waited for some time for the previous group to conclude their
tour.
After a health
and safety briefing we were all issued with safety glasses, high visibility
tabard colour coded for our group and a radio with earpiece to listen to the
tour guide.
Essentially the
tour was divided into two parts. The first was the “body in white”; this is the
steel shell. The plant is very dramatic. Fully automated the robots are in
large cells surrounded by a tall mesh fence. There are few staff ( called
associates ) to be seen just the huge robots moving , cutting and welding
steel. The robots were orange monsters and dramatic as they moved large body
parts around. The most dramatic was the floor assembly. The plant is on two
levels and the part completed floors come down on automatic lifts, are picked
up and transported with floors held high
then turned and placed for the next series of operations. As far as I could see
the robots were Swedish and Japanese and their controls which were outside the
cell were German.
The only
workers which could be seen were feeding parts into the cell from outside. Access
to the cells is dangerous and strictly limited. The robotic cells were working
all the time and the worker feeding in components had the minimum aperture
necessary to feed parts into the cell. A part of the body shop was given over
to stock of various necessary parts called the “supermarket”.
We then re-embarked
on our coach and after a long wait were driven to the assembly plant. We only saw part of the line; some pre-assemblies
such as the dashboard instruments and heater were inserted as one. All is done
to ensure the minimum of effort so that a powered tool picks up and places the cluster.
Components are moved around by automatic trolleys following set routes. These
trolleys are rather charming in that they stop for any obstruction such as
stepping in front of them and gently beep asking you to move out of their way.
Some parts are fed from the upper floor such as wheels., Unlike some factories
I have seen the assembly line doesn’t move continuously but rather stops at each station for a
predetermined time.
The exception
in the continuous final assembly line. Doors are painted with the body but not
assembled, held on the upper floor and then drop down to be fitted. Every
effort is made to present the work in the easiest way for associates including
fixtures which roll the car on its side or upside down.
Engines are
made separately at the Hams Hall plant near Birmingham and then merged on a
subframe with suspension before mating with the body shell. The final stages
check the electrics, fill with fluids and check on a rolling road. Acceptable
cars are driven to storage while defects are put on one side for rectification.
We were told
the plant produces about a 1000 vehicles a day
on a 3 shift, 5 day week. Each shift is 7.5 hours to give a 1.5hr
maintenance period late in the night. Export cars go by rail at the rate of 350
per train, twice a day to the exporting dock at Southampton.
After further
waiting on the coach we returned our gear, rescued our coats and phones and
left the plant about 6 pm. There was a time when I visited a lot of car plants
with Castrol and the big change was the degree of automation at the body in
white stage. It is now far more widespread and integrated so all the body work manufacture
is automated.
How do you get
a one armed Essex girl out of a tree?
Wave to her
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