Cool!
2.7 or 3.2?
It's a 2.7 but better spec'd than most 3.2's, over £8k of factory options! Great fun when the sun is shining
Cool!
2.7 or 3.2?
I do like them but we need a boot and back seats so our six cylinder thrills are housed in the wee hatchback shape of an M135i.It's a 2.7 but better spec'd than most 3.2's, over £8k of factory options! Great fun when the sun is shining
I do like them but we need a boot and back seats so our six cylinder thrills are housed in the wee hatchback shape of an M135i.
Not as fun as a Boxster but still a hoot to drive.
Yes it definitely goes well. Had it just over three years from new and still love it.I've got an F21 120d M sport (which will be for sale next week) the handling is fantastic for a hatch so I'd imagine with the power of the 135i it's a rocket!
As other have said, super petrol is about octane - but the important thing to remember about octane is that you need to have enough, but having more doesn't help. So an engine designed for 95 will run badly on anything less, but won't run any better on 98.
With diesel it's about cleanliness - so I don't use supermarket diesel in our cars and every 4 refills I'll put in a tank of super if the price is reasonable.
As other have said, super petrol is about octane - but the important thing to remember about octane is that you need to have enough, but having more doesn't help. So an engine designed for 95 will run badly on anything less, but won't run any better on 98.
With diesel it's about cleanliness - so I don't use supermarket diesel in our cars and every 4 refills I'll put in a tank of super if the price is reasonable.
Couldn't be said better. My car is mapped to run on 99 ron as it's an import, high compression ratio and supercharged without an intercooler, plus water Meth injection to bring the octane up to 108Ron at when over 40% injector duty cycle is seen.
Property | Unit | Lower limit | Upper limit | Test Method |
Cetane number | 51.0 | EN ISO 5165 | ||
Cetane index | 46.0 | EN ISO 4264 | ||
Density @ 15°C | kg/m3 | 820 | 845 | EN ISO 3675, EN ISO 12185 |
Viscosity at 40°C | mm2/s | 2.0 | 4.5 | EN ISO 3104 |
Sulphur content | mg/kg | 10.0 | EN ISO 20846, EN ISO 20847, EN ISO 2088 | |
Flash point | oC | Above 55 | EN ISO 2719 | |
Carbon residue | % m/m | 0.30 | EN ISO 10370 | |
Ash content | % m/m | 0.01 | EN ISO 6245 | |
Water content | mg/kg | 200 | EN ISO 12937 | |
Total contamination | mg/kg | 24 | EN ISO 12662 | |
Fatty Acid Methyl Ester (FAME) (biodiesel) content | % v/v | 7 | EN 14078 | |
Polycyclic aromatic hydrocarbons | % m/m | 11 (8) | EN ISO 12916 | |
Copper strip corrosion (3 hours at 50°C) | index | Class 1 | Class 1 | EN ISO 2160 |
Lubricity, corrected wear scar diameter (wsd 1.4) at 60°C | μm | 460 | EN ISO 12156-1 | |
Oxidation Stability | g/m3 | 25 | EN ISO 12205 | |
Oxidation Stability | h | 20 | EN 15751 | |
Distillation recovered at 250 °C, 350 °C | % v/v | 85 | < 65 | EN ISO 3405 |
95%(V/V) recovered at | °C | 360 | ||
Cold Filter Plugging Point (winter) | °C | -15 | ||
Cold Filter Plugging Point (summer) | °C | -5 | ||
Manganese content | mg/l | 2.0 | EN 16576 | |
Filter blocking tendency | 2.52 | IP 387, procedure B |