Design A:
This design would be successful because it would have balanced weight throughout by using the t-shape on the bottom. It also, would be a very safe design due to its symmetrical bottom.
Design B:
This design would be successful because it is very aerodynamic, which is important for when it is going across the track. It also has a great safety feature to enclose the Arduino and battery.
Design C:
This design would be successful because it is very compacted together and does not need to too spread out. Also, by attaching the battery and Arduino on either side of each other it adds balanced weight throughout the AEV.
Design D:
This design would be successful due to its aerodynamic features and the placement of the propellers, which allows for consistent speed both in backward and forward motions.
Design E:
This group design would be successful because it combines the best features from all the designs while also taking aerodynamics in to account. This design, would also have advanced breaking features.