TUNING FILE BMW 1 SERIE M 135I 320HP
- 100% custom made tuning file guarantee;
- Tested and developed on a Maha testbench;
- Best possible performance and results, within the safety margins;
- Decrease of fuel consumption.
| Standard |
Upgrade
|
Difference
|
|
| Power hp | 320 hp |
365 hp
|
45 hp
(+14%)
|
| Torque / traction | 450 Nm |
520 Nm
|
70 Nm
(+16%)
|
| Power kW | 235 kW |
268 kW
|
33 kW
(+14%)
|
| Power hp | 320 hp |
Processing
|
Processing
|
| Torque / traction | 450 Nm |
Processing
|
Processing
|
| Power kW | 235 kW |
Processing
|
Processing
|
| Method | Chiptuning | ||
Tuningfile BMW 1 serie BMW 1 serie M 135i 320hp CF-Tuning is the specialist in modifying petrol and diesel vehicles. Our staff of engineers and qualified technicians have years of experience in chiptuning of tuningfile BMW 1 serie BMW 1 serie M 135i 320hp to realise greatly improved performance and more power. By analysing your vehicle we can optimally adjust the motor management programme, also known as ECU (Engine Control Unit), which gives the engine better combustion. The engine software is largely responsible for the behaviour of the engine of tuningfile BMW 1 serie BMW 1 serie M 135i 320hp and its consumption. CF-Tuning is a software product that can be customised to any car,vans ore truck tuningfile BMW 1 serie M 135i 320hp. You can view this as customised work based on actual consumption. The result is more power, a smoother torque, less fuel consumption, more torque at low rpm and also provides better throttle response. By optimising the torque curve the tuningfile BMW 1 serie BMW 1 serie M 135i 320hp gets a better run with more torque at lower rpm.
This also makes the optimum torque available earlier. Because you can switch at lower rpm the engine is running BMW BMW 1 serie M 135i 320hp less revs and thus runs more efficiently. Many (chiptuning) organisations around the world download their files for chip tuning BMW BMW 1 serie M 135i 320hp at www.CF-Tuning.nl. All tuningfile BMW 1 serie BMW 1 serie M 135i 320hp provide the best possible performance and results within safety margins..
