This PDF file includes:

• fig. S1. Scarce receding of drop-substrate contact line for AOT drop.
• fig. S2. Diffusion coefficient (diffusion speed) of SDS, TSs, and AOT.
• fig. S3. The dynamic spread (wetting) state of contact angle as a function of time.
• fig. S4. Different liquid impact behaviors in the micelle and vesicle regions.
• fig. S5. Cryo-SEM of the final wetting state of micelle and vesicle surfactant drops.
• fig. S6. NMR characterization of the stability of AOT surfactant over time.
• Legends for movies S1 to S6

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Other Supplementary Material for this manuscript includes the following:

• movie S1(.avi format). Surfactant drop impact on the B. oleracea L. leaf.
• movie S2 (.avi format). Influence from surface morphology and impact speed.
• movie S3 (.avi format). Surfactant drop impact on microstructured/nanostructured superhydrophobic surface with different types, with varied concentrations, and at different tilted angles.
• movie S4 (.avi format). Controlling liquid splash on superhydrophobic surfaces by a vesicle surfactant: The comparison of water drop's splashing and 1% AOT drop's deposition on superhydrophobic surfaces with a long recording time.
• movie S5 (.avi format). Surfactant drops' impact on hydrophobic surfaces, microstructured/nanostructured superhydrophobic surfaces, and nanostructured superhydrophobic surfaces at low and high speeds.
  
• movie S6 (.avi format). Water spray impact on horizontal superhydrophobic surface.
• movie S7 (.avi format). Water spray impact on tilted superhydrophobic surface.
• movie S8 (.avi format). AOT (1%) spray impact on horizontal superhydrophobic surface.
• movie S9 (.avi format). AOT (1%) spray impact on tilted superhydrophobic surface.