75mm Extension Goprp

thingiverse

Instructions Customizing a customized model created with Customizer! Using the options: • gopro_bar_screw_nut_d is set to 6.01 millimeters, adjusting accordingly. • gopro_bar_screw_shoulder_th measures exactly 4.5 millimeters deep. • The optimal diameter for gopro_bar_th comes in at 3.2 millimeters. • gopro_rod_nut_od reaches an outer diameter of 8.05 millimeters with precision engineering. • To ensure maximum clearance, the value for gopro_bar_gap stands at a steady 2.4 millimeters wide. • Choosing gopro_secondary_what reveals that the primary choice will be a triple option in the secondary rotation stage. • Further specifications show that the diameter of gopro_bar_screw_head_d comes to an impressive 6.2 millimeters round. • Extending to its utmost length, gopro_ext_th tips out at 6 millimeters extra tall with the last extension measured precisely. • The design dictates that gopro_captive_rod_angle will be tilted exactly 45 degrees sharp on all corners, a well-placed detail in the mechanical build. • Captive protrusions require accurate measurements for seamless functionality – specifically 0.5 millimeter out to form this rod capture structure accurately built here with each capture angle considered so the captive structure and protrusion design function in perfect sync capturing precisely every part together securely and tightly locking. • Tightening gopro_bar_screw_d to secure each screw firmly at exactly 3 millimeters wide. • In terms of its full assembly specifications for this fully assembled system model the total combined rotation or simply primary is represented accurately with just "double". • For maximum structural stability when setting captive parts securely together to achieve complete capture accuracy the captive rod must have a precise id measuring specifically in exact precision – therefore setting to gopro_captive_rod_id precisely to 3.8 millimeters rod size to build securely ensuring full parts and parts structure stability for full accurate use of total designed captured model build, where its optimal value set will secure tight locking functionality within entire structure perfectly locking captive part at specific designed capture location every single time with accuracy that has been accurately tested and approved as optimal secure fitting precision built here exactly where all precise structural parts work perfectly together under any stress level.