BMW F10 M5 owners???
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#9
Pretty small tank for such a gas guzzler, and expect low mpg anytime your on the pedal hard.......but you don't exactly buy an M5 to worry about the mpg.
Sound epic when you give it some and upgraded exhaust once funds allow defo enhances it - but if on warranty check with your dealer as a good few have been stung with non pay outs if not standard exhaust in place (even though some dealers tell you it will be fine).
They can obviously shift but how often will you really get to see the high end of the rev range as you'll either run out of road or realise your in mega danger territory with PC Plod if caught trying it out.
I was surprised how cheap the insurance turns out, actually cheaper than my modified Hatch
A few M5 forums complaining that clutch/flywheel needs done at 40k on many of them, which seems pretty poor coming from such a high profile car from BMW.......wonder if these are the ones that have seen 'launch control' too often
#10
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M part tax is mega Boyd, I looked at these costs whilst considering an E9x M3...you should see the cost of the CSL parts one of my friends is having to fork out for
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I looked at these last year but could not cope with £2.5k for front disks and pads. There does not seem to be any aftermarket alternatives either so it's bend over and take it from the dealer.
Also, engine has something like 8-10 radiators but they do appear to be a robust car.
I sat inside one with a view to test driving but it just left me flat as I could not see it as an £80k car. I did not want to take it out for fear of it changing my mind
Also, engine has something like 8-10 radiators but they do appear to be a robust car.
I sat inside one with a view to test driving but it just left me flat as I could not see it as an £80k car. I did not want to take it out for fear of it changing my mind
#12
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I looked at these last year but could not cope with £2.5k for front disks and pads. There does not seem to be any aftermarket alternatives either so it's bend over and take it from the dealer.
Also, engine has something like 8-10 radiators but they do appear to be a robust car.
I sat inside one with a view to test driving but it just left me flat as I could not see it as an £80k car. I did not want to take it out for fear of it changing my mind
Also, engine has something like 8-10 radiators but they do appear to be a robust car.
I sat inside one with a view to test driving but it just left me flat as I could not see it as an £80k car. I did not want to take it out for fear of it changing my mind
#13
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With an output of 412kW / 560 HP, the new BMW M5 has power to spare and offers excellent driving performance. However, this enormous output creates the same level of combustion heat in all high-performance engines. In the case of the Formula 1 engine, the coolers are housed in an exposed position in the side boxes – a different solution needs to be found in the case of a sports limousine. For the new BMW M5 we have developed a tailor-made cooling package that covers all our requirements to perfection. A total of 10 coolers ensure that the temperature is kept just right, while also supporting the spontaneous response of the V8 engine.
The principle of direct or indirect charged air cooling applied to turbocharged engines. Air-to-air heat exchangers are used in the case of direct turbocharged cooling, which would have required much longer paths to the front of the car for the charged air with a lot of dead volume in our case. That’s why we use an air-water heat exchanger placed between the compressor and the intake manifold for every turbo charger. The heat generated while compressing the air is fed to three water-air coolers in the front of the car by means of the medium of water. The charge air thus takes the shortest path with a large diameter from the compressor via the charge air cooler directly to the intake channel. This improves the engine response. We have an air-water cooler and a total of three water-air heat exchangers for each cylinder bank: one radiator in the wheel arch to the left and right and one in front of the main heat exchanger. This means that a total of five coolers with their own reservoir and 2 electrically powered water pumps are used to cool the charge air.
In addition, there is the radiator for the main cooling circuit (high temperature circuit), familiar from every car. In the classic configuration, additional coolers are provided for the engine and gearbox oil and the steering hydraulics. Finally there is the condenser for the air-conditioning system. That makes ten coolers in all.
The rear axle differential has an aluminium oil tray with cooling fins so that a separate radiator is not required there. A smaller offset in the differential reduces friction and therefore the build-up of heat. Less friction means less fuel consumption here too.
The principle of direct or indirect charged air cooling applied to turbocharged engines. Air-to-air heat exchangers are used in the case of direct turbocharged cooling, which would have required much longer paths to the front of the car for the charged air with a lot of dead volume in our case. That’s why we use an air-water heat exchanger placed between the compressor and the intake manifold for every turbo charger. The heat generated while compressing the air is fed to three water-air coolers in the front of the car by means of the medium of water. The charge air thus takes the shortest path with a large diameter from the compressor via the charge air cooler directly to the intake channel. This improves the engine response. We have an air-water cooler and a total of three water-air heat exchangers for each cylinder bank: one radiator in the wheel arch to the left and right and one in front of the main heat exchanger. This means that a total of five coolers with their own reservoir and 2 electrically powered water pumps are used to cool the charge air.
In addition, there is the radiator for the main cooling circuit (high temperature circuit), familiar from every car. In the classic configuration, additional coolers are provided for the engine and gearbox oil and the steering hydraulics. Finally there is the condenser for the air-conditioning system. That makes ten coolers in all.
The rear axle differential has an aluminium oil tray with cooling fins so that a separate radiator is not required there. A smaller offset in the differential reduces friction and therefore the build-up of heat. Less friction means less fuel consumption here too.
#14
With an output of 412kW / 560 HP, the new BMW M5 has power to spare and offers excellent driving performance. However, this enormous output creates the same level of combustion heat in all high-performance engines. In the case of the Formula 1 engine, the coolers are housed in an exposed position in the side boxes – a different solution needs to be found in the case of a sports limousine. For the new BMW M5 we have developed a tailor-made cooling package that covers all our requirements to perfection. A total of 10 coolers ensure that the temperature is kept just right, while also supporting the spontaneous response of the V8 engine.
The principle of direct or indirect charged air cooling applied to turbocharged engines. Air-to-air heat exchangers are used in the case of direct turbocharged cooling, which would have required much longer paths to the front of the car for the charged air with a lot of dead volume in our case. That’s why we use an air-water heat exchanger placed between the compressor and the intake manifold for every turbo charger. The heat generated while compressing the air is fed to three water-air coolers in the front of the car by means of the medium of water. The charge air thus takes the shortest path with a large diameter from the compressor via the charge air cooler directly to the intake channel. This improves the engine response. We have an air-water cooler and a total of three water-air heat exchangers for each cylinder bank: one radiator in the wheel arch to the left and right and one in front of the main heat exchanger. This means that a total of five coolers with their own reservoir and 2 electrically powered water pumps are used to cool the charge air.
In addition, there is the radiator for the main cooling circuit (high temperature circuit), familiar from every car. In the classic configuration, additional coolers are provided for the engine and gearbox oil and the steering hydraulics. Finally there is the condenser for the air-conditioning system. That makes ten coolers in all.
The rear axle differential has an aluminium oil tray with cooling fins so that a separate radiator is not required there. A smaller offset in the differential reduces friction and therefore the build-up of heat. Less friction means less fuel consumption here too.
The principle of direct or indirect charged air cooling applied to turbocharged engines. Air-to-air heat exchangers are used in the case of direct turbocharged cooling, which would have required much longer paths to the front of the car for the charged air with a lot of dead volume in our case. That’s why we use an air-water heat exchanger placed between the compressor and the intake manifold for every turbo charger. The heat generated while compressing the air is fed to three water-air coolers in the front of the car by means of the medium of water. The charge air thus takes the shortest path with a large diameter from the compressor via the charge air cooler directly to the intake channel. This improves the engine response. We have an air-water cooler and a total of three water-air heat exchangers for each cylinder bank: one radiator in the wheel arch to the left and right and one in front of the main heat exchanger. This means that a total of five coolers with their own reservoir and 2 electrically powered water pumps are used to cool the charge air.
In addition, there is the radiator for the main cooling circuit (high temperature circuit), familiar from every car. In the classic configuration, additional coolers are provided for the engine and gearbox oil and the steering hydraulics. Finally there is the condenser for the air-conditioning system. That makes ten coolers in all.
The rear axle differential has an aluminium oil tray with cooling fins so that a separate radiator is not required there. A smaller offset in the differential reduces friction and therefore the build-up of heat. Less friction means less fuel consumption here too.
I'm hoping you found that somewhere Banny and didn't have it inside your head
#17
I like the blue! Subtle is good.I hope to goodness this white obsession wears off.Once upon a time you couldn't give a white car away
#18
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I have an F10 530D... lovely car, but quite big and heavy, and not the most obvious starting point for a properly capable performance car IMHO. For all its technology, the M5 isn't any smaller or lighter.
If you're doing a lot of motorway journeys, then any F10 will serve you well. For B-road fun, I'd be looking for something with a lot less mass.
If you're doing a lot of motorway journeys, then any F10 will serve you well. For B-road fun, I'd be looking for something with a lot less mass.
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