The Rover was acquired by the Museum in 2004, having undergone an expensive restoration by its previous owner, but hasn’t been run since its arrival. Earlier this year, the decision was made to recommission the vehicle to running condition, and in July, Museum Technician Chris Strawbridge set to work.
The first job of course was to change all the fluids, and here’s where Chris discovered the first problem – at some point one of the seals had shrunk, meaning that all of the radiator cooling water had ended up in the oil in the bottom of the engine – and since the oil had been emulsified by the water, it looked likely that this had happened when the engine last ran.
As you can imagine, this water had caused severe engine damage, the worst of which was corrosion on the oil pump drive gears, to the point where there were barely any teeth remaining – Chris is currently having new gears made at a local engineering firm to completely replace the ruined parts.
Next up, when Chris took the sump off, he discovered more play in the big end bearings than you would expect of an engine that has been rebuilt, and his initial suspicion was that this was another casualty of the water leak. On closer inspection however, he found that the engine had not been assembled properly when it was rebuilt before arriving at the Museum – in particular, parts of the big end bearings had been left with metal burrs attached, meaning that Chris had to strip the lot to get the big ends functioning correctly.
If Chris succeeds in getting the Rover running there will be another interesting challenge to overcome in order to put it on the road – the car carries acetylene lamps, and if it is to pass an MOT the lamps must be in working order.
If and when the lamp-lighting day arrives it will be wonderful to see, and will be a testament to a lot of hard work and patience by a skilled technician – we will keep you informed of Chris’s progress with the Rover over the coming weeks and months.







