Adam Und Eva Stammbaum | Unlike the ej20 engine, the intake ports for the ej201 and ej202 engines created a 'tumble swirl' motion for air as it entered the cylinder for better mixing of the air and fuel for more uniform flame travel and faster combustion.
Unlike the ej20 engine, the intake ports for the ej201 and ej202 engines created a 'tumble swirl' motion for air as it entered the cylinder for better mixing of the air and fuel for more uniform flame travel and faster combustion.
Unlike the ej20 engine, the intake ports for the ej201 and ej202 engines created a 'tumble swirl' motion for air as it entered the cylinder for better mixing of the air and fuel for more uniform flame travel and faster combustion.
Unlike the ej20 engine, the intake ports for the ej201 and ej202 engines created a 'tumble swirl' motion for air as it entered the cylinder for better mixing of the air and fuel for more uniform flame travel and faster combustion.
Unlike the ej20 engine, the intake ports for the ej201 and ej202 engines created a 'tumble swirl' motion for air as it entered the cylinder for better mixing of the air and fuel for more uniform flame travel and faster combustion.
Unlike the ej20 engine, the intake ports for the ej201 and ej202 engines created a 'tumble swirl' motion for air as it entered the cylinder for better mixing of the air and fuel for more uniform flame travel and faster combustion.
Unlike the ej20 engine, the intake ports for the ej201 and ej202 engines created a 'tumble swirl' motion for air as it entered the cylinder for better mixing of the air and fuel for more uniform flame travel and faster combustion.
Adam Und Eva Stammbaum: Unlike the ej20 engine, the intake ports for the ej201 and ej202 engines created a 'tumble swirl' motion for air as it entered the cylinder for better mixing of the air and fuel for more uniform flame travel and faster combustion.
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