Bike began running rough so I changed the oil, cleaned the K&N air filter and now the 2003 FatBoy Fuel Injected, dies after about 20 seconds of idling and is gurgling and spitting massive amounts of oil out of the little hoses behind the air cleaner. Also, the bike has VERY low throttle response when in gear. Any idea what would cause this? Oh, and now I can't even read the oil level on my dipstick due to the fact it is significantly LOW. Thank you.

Check and see if your pressed together crank did'nt take a dump on you. If you have less than 50,000 miles Harley may fix it for you. A seldom talked about Twin Cam engine problem is crankshaft shifting. Unlike the Evolution and Shovelhead cranks, the TC crank is a press-together unit where the crankpin is a "hard" press fit into the two flywheels halves. Under most circumstances, this design works well. However, in some cases, under hard deceleration and acceleration or ground-pounding tire burnouts, the three-piece pressed-together crankshaft can twist out of true, sometimes as much as .030-inch, or even more in the worst situations. Ideally, the crankshaft should be trued during assembly to within .001-inch. Under high power and torque conditions, a TC's flywheels can shift on the crankpin, causing the crank assembly to become severely out of true. This results in a severe wobbling of the right-side pinion shaft, which is located in the camshaft's gearcase. A wobbling pinion shaft often causes catastrophic damage to the engine's oil pump and cam support plate along with a loss of oil pressure and oil scavenging. Early warning signs include loud noises from the engine's gearcase area, ticking lifters, and oil dumping out of the cylinder head breathers. Check and see if your pressed together crank did'nt take a dump on you. If you have less than 50,000 miles Harley may fix it for you. A seldom talked about Twin Cam engine problem is crankshaft shifting. Unlike the Evolution and Shovelhead cranks, the TC crank is a press-together unit where the crankpin is a "hard" press fit into the two flywheels halves. Under most circumstances, this design works well. However, in some cases, under hard deceleration and acceleration or ground-pounding tire burnouts, the three-piece pressed-together crankshaft can twist out of true, sometimes as much as .030-inch, or even more in the worst situations. Ideally, the crankshaft should be trued during assembly to within .001-inch. Under high power and torque conditions, a TC's flywheels can shift on the crankpin, causing the crank assembly to become severely out of true. This results in a severe wobbling of the right-side pinion shaft, which is located in the camshaft's gearcase. A wobbling pinion shaft often causes catastrophic damage to the engine's oil pump and cam support plate along with a loss of oil pressure and oil scavenging. Early warning signs include loud noises from the engine's gearcase area, ticking lifters, and oil dumping out of the cylinder head breathers.