Background: COVID-19 Pandemic has caused widespread use of protective masks to prevent virus transmission. The effect of masks by pressure to nasal tip and anterior pressure on pinna have not been quantitatively evaluated at this time. Learning Objectives: Learner should understand quantitative vector effects of mask use on nasal tip and pinna from protective mask use. Study Objective: To determine average posterior vector pressures on nasal tip and anterior vector pressures on pinna by mask use. Design Type: Cross-Sectional, Model study Method: Model Face was constructed with pressure gauge dynameters to nasal tip and pinna for force measurement. Model was used to measure average pressures to nose from different masks and well as with adjustment to mask straps. Results: Masks exerted mean pressures between 14 mmHg to nasal tip/auricle complex. Difference was noted across different types of masks and strap adjustments. Conclusion: Masks exert considerable force to nasal tip- pinna complex. This preliminary model study suggests forces acted onto nasal tip cartilage and ear cartilage. Further studies can elucidate how this may contribute to tip flattening vs prominotia across various age groups.