3D Jet Pilot 3D print model

cgtrader

You need the precision-piloting expertise of an elite aircarft pilot! Figure of a World-Class Fighter Pilot Current Scale Details Size: Reduced by Factor of Six Scaling Factor Reference Table: • Factor of Three, or 1:3 = Pilot Measures Approximately 60% Smaller Than Full Scale Model (Effective Length, 45.5 Cm / 17.91 In.) • Factor of Four, or 1:4 = Results in Scaling of Pilots Physical Dimensions Down to Roughly 54.7% Of Original Measurements • Factor of Five, or 1:5 = Yields Model Pilot Size About 50.6% Reduced from Normal Proportions (38.1 Cm / 15 In.) • Factor of Six, or 1:6 = This Represents a Complete Downsizing by Half; Pilots Physical Measures Approximately Equal To Scale Data Given • Factor of Eight, or 1:8 = Further Reduction to 43% Of Normal Length, Height, Etc. • Factor of Nine, or 1:9 = Scaling the Model Pilot down By 37% • Factor of Ten, or 1:10 = Pilot Size Decreased To About 34% of Standard Measurements • Factor of Twelve, or 1:12 = Represents Further Shrinking to Just Under One Quarter of Original Full Scale Model Pilot Length • Factor of Fifteen, or 1:15 = The Pilot Measure Reduced by Another Factor; Current Physical Data Measures Approximately Twenty-Nine Percent Less • Factor of Sixteen, or 1:16 = Further Reduces Pilot Measurement Data Down By an Extra Ten-Percent (From Full Normal Proportions) • Factor of Eighteen, or 1:18 = The Pilot Measure Currently Reduced Down By Nearly One-Third Less From Original Physical Data Size • Factor of Twenty, or 1:20 = Reduction To About Thirty-Five Percent Of Pilots Normal Scale Measures; Model Would Likely Remain Larger And Less Compact. • Factor of Twenty-Four, or 1:24 = Scaling Down The Aircarft Pilots Size to Roughly Thirty-One Percent Reduced Compared From Their Standard Size Data Measurements • Factor of Twenty-Five, or 1:25 = Further Downsizing Pilot By Just An Extra Few Percent From Normal Proportions. Model Sizing Approximately Nineteen-Nine Tenth Scale • Factor of Thirty-Two, or 1:32 = Additional Scaling Of Pilots Measurements To Roughly One Sixth Smaller Than The Average Model Measure Standard