AUSTRALIAN FRONT WING
Double profiled front wing
1.Deep spoon shape , the major amount of front downforce is produced by the central part of the wing . This makes the wing less influenced by side wings ( when the car turns ) .
2. Τhe main profile now features a dual curve towards its outer extremities to increase the quantity of air passing under and close to the endplates . As a result the amount of pressure generated in this area is increased .
3. Vertical pillars are attached to the main wing profile
4. Venturi Channel
5. The endplates featured bending upwards side winglets
6.The endplates have an S shape. They also bend at their rear part inwards in order to guide airflow towards the inner profile of the front wheels
7.Vertical fin under the wing
8.The small vertical fins increase pressure in the profiles' outermost sections. Their second role is to direct the airflow towards the barge boards and sidepod inlets
9.The extra wing is connected to the tip of the nose cone. The attachment point to the nose cone is really thick and curvy .
10.The horizontal triangular fin at the rear top of the endplates improves airflow management close to the wheels .
A comparison between the front wing used in Australia and Winter testing follows
As far as i can see there is not any significant difference to be found between them . Seems that the front wing evolution is "frozen" form launch to Australia