Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58
 Eventuri Carbon Ansaugsystem für für BMW M2 G87 S58

Eventuri

Eventuri carbon intake system for BMW M2 G87 S58

Offer price€3,213.00

Including taxes. Shipping costs are calculated at checkout

Produktionszeit ca. 4-8 Wochen

Need Help ?

Customer Support

We are available Monday to Friday (9:30 – 17:00), closed Saturday to Sunday and on public holidays.

Contact

Would you like to get in touch with our teams? Visit our Contact pageto send us a message.

DRENWMDGYOH3KN

Eventuri Carbon intake system for BMW G8X M2 G87 S58

Description:

BMW M2 G87-

Power increase: 13-18hp, 12-16ft-lb (Stock Tune)

Turbo inlet area increased by up to 160%

Filtration area increased by up to 40%

Introducing an intake tract that truly sets a new standard for the BMW G8X M2/M3/M4 platform. We've carried out extensive research and development to create an intake tract that not only outperforms the stock M2/M3/M4, but is also future-proof, capable of power increases of well over 1,000 hp. Our system is a complete redesign from the airboxes to the turbo inlets, with the goal of reducing pressure drop while increasing flow rate and keeping intake temperatures low. We've maximized the use of available space and incorporated two custom-made filters with 40% more filtering area than the stock ones. These are housed in our patented venturi housings to evenly direct air to the turbo inlets. The inlets themselves have a cross-section up to 160% larger than the stock ones and are equipped with a sophisticated, dimpled inner surface to reduce friction losses between the flow and the wall boundary. By creating an "air cushion" on the wall surface, the airflow can move through the inlets at higher flow rates and lower pressure drop. This allows the turbos to draw air with less resistance, thus reducing the wastegate duty cycle and resulting in higher overall power.

Test bench test

This intake tract was independently dyno tested by BR Performance in Belgium. Tests were conducted back-to-back with the stock airbox, with multiple runs made with each configuration. The tested vehicle was driven without a carbon canister. We compared the best results with the stock airbox and the best results with the Eventuri system. The dyno results show a consistent gain across the entire rev range, due to the turbos reaching maximum boost pressure earlier and having a lower wastegate duty cycle due to the increased efficiency of the intake system. This gain is despite the increase in dyno temperatures from 11.8 degrees Celsius during the stock system tests to almost 16 degrees Celsius during the Eventuri tests. The power increase translates to improved part-throttle and wide-open throttle response, with the car pulling much more eagerly to the redline.

Intake air temperature tests

In turbocharged vehicles, significant heat can build up in the engine bay, which can adversely affect performance if the intake system is not sealed against this heat. Even with intercoolers and charge air coolers, it is important to minimize intake air temperatures, as these cooling devices operate at a specific efficiency, so the exit air temperature is affected by the inlet air temperature. Restricting the intake tract with open cones, even if they are heat-shielded, inevitably draws in hot air from the engine bay. Our system, which is fully sealed, solves this problem while still maintaining unobstructed flow by using larger volumes. To demonstrate this, we recorded air temperatures using thermocouples immediately upstream of each turbo.The comparisons were conducted on the same day and under the same environmental conditions between the original and the Eventuri. Our M3 was allowed to warm up and then accelerated from 30 mph to 90 mph in 6th gear to measure the temperature change during each run. At 90 mph, the accelerator pedal was released and the brakes were applied to 30 mph, after which the car was accelerated back to 90 mph. A total of three runs were performed with both intake configurations.

36QOIHW8Y