Search the Community
Showing results for tags 'Stall Recovery'.
Found 2 results
-
When Ford revealed to everyone the Focus RS back in February, they said the 2.3L EcoBoost four-cylinder would produce 'well in excess of 315 horsepower' for the model. Today, the Blue Oval announced the final power figures for the Focus RS and it happens to be 'well in excess'. When the Focus RS hits dealers later this year, it will pack 350 horsepower and the same for torque. More impressive is the engine is producing 152 horsepower per liter, let that sink in for a moment. Ford was able to produce these figures by using a twin-scroll turbo delivering a peak boost of 23.2 psi, along with a larger intercooler and performance exhaust. Along with the announcement of performance figures, Ford also introduced a new feature for the Focus RS called Stall Recovery. A function of the stop-start system, Stall Recovery will start the vehicle back up by simply pressing in the clutch after a stall. Source: Ford Press Release is on Page 2 FOCUS RS ENGINEERS DROP THE HAMMER: HOT HATCH BUYERS TO GET MONSTROUS OUTPUT OF 350 HORSEPOWER, 350 LB.-FT. Unique 2.3-liter EcoBoost® engine powering all-new Focus RS certified at 350 horsepower at 6,000 rpm on way to 6,800-rpm redline Exclusive Focus RS turbo makes peak boost of 23.2 psi, with peak torque certified at 350 lb.-ft. at 3,200 rpm Innovative Focus RS feature restarts engine for drivers in the event of a stall DEARBORN, Mich., Oct. 12, 2015 – The unique EcoBoost® engine in the all-new Focus RS will produce 350 horsepower – far exceeding original estimates of 315 – along with 350 lb.-ft. torque. And yet even with all that torque, the manual-only hot hatch will be especially forgiving in the event a driver stalls the engine, as Focus RS will debut with a trick feature called stall recovery. In other words, there will be no need for drivers to manually restart the engine or move the gear selector to neutral as the innovative technology simply pushes the clutch back in. “We knew we wanted to put start-stop technology on the RS,” explained Tyrone Johnson, engineering and vehicle manager, Ford Performance Europe. “So we said, ‘What if we went one step further, and controlled for engine stall at launch using the same technology?’ Well, that’s exactly what we did and it’s just as fast as our start-stop technology.” The monster output the Focus RS engine achieves is due to its all-new low-inertia twin-scroll turbocharger with a larger compressor wheel that delivers more airflow and power throughout the rev range. Peak turbocharger boost is 23.2 psi. Backing up this increased output is a large intercooler to maximize charge density. Air itself is delivered through a low-restriction intake manifold on the front end with a high-performance exhaust. The system includes an electronically controlled valve that optimizes back pressure and exhaust volume level. Stout, high-tensile cast-iron cylinder liners are used to enhance the robustness of the engine, while a high-performance head gasket brings improved thermal capability. Additional space created in the front of the car allowed engineers to deploy a larger radiator than what’s used on other Focus models for enhanced cooling. Despite the engine’s high output of 152 horsepower per liter, RS engineers tuned this EcoBoost to deliver right off idle all the way on up to a free-spinning 6,800 rpm, with an especially chunky midrange power delivery. Focus RS is the latest car to be unveiled as part of a new golden age of Ford Performance. The plan calls for bringing more than 12 high-performance vehicles to market worldwide through 2020. Developed by a small team of Ford Performance engineers in Europe and the United States, the third-generation Focus RS follows on the heels of the much-loved models launched in 2002 and 2009. The 2016 Focus RS is the 30th car globally to wear the vaunted RS badge, joining such legendary models as the 1970 Escort RS1600, the 1984 mid-engine RS200 Group B rally car, 1985 Sierra RS Cosworth and 1992 Escort RS Cosworth. Production of Focus RS with 2.3-liter EcoBoost begins later this year. -
When Ford revealed to everyone the Focus RS back in February, they said the 2.3L EcoBoost four-cylinder would produce 'well in excess of 315 horsepower' for the model. Today, the Blue Oval announced the final power figures for the Focus RS and it happens to be 'well in excess'. When the Focus RS hits dealers later this year, it will pack 350 horsepower and the same for torque. More impressive is the engine is producing 152 horsepower per liter, let that sink in for a moment. Ford was able to produce these figures by using a twin-scroll turbo delivering a peak boost of 23.2 psi, along with a larger intercooler and performance exhaust. Along with the announcement of performance figures, Ford also introduced a new feature for the Focus RS called Stall Recovery. A function of the stop-start system, Stall Recovery will start the vehicle back up by simply pressing in the clutch after a stall. Source: Ford Press Release is on Page 2 FOCUS RS ENGINEERS DROP THE HAMMER: HOT HATCH BUYERS TO GET MONSTROUS OUTPUT OF 350 HORSEPOWER, 350 LB.-FT. Unique 2.3-liter EcoBoost® engine powering all-new Focus RS certified at 350 horsepower at 6,000 rpm on way to 6,800-rpm redline Exclusive Focus RS turbo makes peak boost of 23.2 psi, with peak torque certified at 350 lb.-ft. at 3,200 rpm Innovative Focus RS feature restarts engine for drivers in the event of a stall DEARBORN, Mich., Oct. 12, 2015 – The unique EcoBoost® engine in the all-new Focus RS will produce 350 horsepower – far exceeding original estimates of 315 – along with 350 lb.-ft. torque. And yet even with all that torque, the manual-only hot hatch will be especially forgiving in the event a driver stalls the engine, as Focus RS will debut with a trick feature called stall recovery. In other words, there will be no need for drivers to manually restart the engine or move the gear selector to neutral as the innovative technology simply pushes the clutch back in. “We knew we wanted to put start-stop technology on the RS,” explained Tyrone Johnson, engineering and vehicle manager, Ford Performance Europe. “So we said, ‘What if we went one step further, and controlled for engine stall at launch using the same technology?’ Well, that’s exactly what we did and it’s just as fast as our start-stop technology.” The monster output the Focus RS engine achieves is due to its all-new low-inertia twin-scroll turbocharger with a larger compressor wheel that delivers more airflow and power throughout the rev range. Peak turbocharger boost is 23.2 psi. Backing up this increased output is a large intercooler to maximize charge density. Air itself is delivered through a low-restriction intake manifold on the front end with a high-performance exhaust. The system includes an electronically controlled valve that optimizes back pressure and exhaust volume level. Stout, high-tensile cast-iron cylinder liners are used to enhance the robustness of the engine, while a high-performance head gasket brings improved thermal capability. Additional space created in the front of the car allowed engineers to deploy a larger radiator than what’s used on other Focus models for enhanced cooling. Despite the engine’s high output of 152 horsepower per liter, RS engineers tuned this EcoBoost to deliver right off idle all the way on up to a free-spinning 6,800 rpm, with an especially chunky midrange power delivery. Focus RS is the latest car to be unveiled as part of a new golden age of Ford Performance. The plan calls for bringing more than 12 high-performance vehicles to market worldwide through 2020. Developed by a small team of Ford Performance engineers in Europe and the United States, the third-generation Focus RS follows on the heels of the much-loved models launched in 2002 and 2009. The 2016 Focus RS is the 30th car globally to wear the vaunted RS badge, joining such legendary models as the 1970 Escort RS1600, the 1984 mid-engine RS200 Group B rally car, 1985 Sierra RS Cosworth and 1992 Escort RS Cosworth. Production of Focus RS with 2.3-liter EcoBoost begins later this year. View full article
