Lego Double Sided 2x2 Plate with Hollow Studs and Vertical Axle Holes

thingiverse

This is a customized version of the model located at http://www.thingiverse.com/thing:615256. It was created with the Customizer application found on that same website, accessible by navigating to http://www.thingiverse.com/apps/customizer/run?thing_id=615256. The options used to create this design are as follows: Using the following settings: * The block width is set to 2 units. * Wing ends have a width of 2 units each. * The roadway itself has zero units in width, with a total length that also amounts to zero units. * No slope exists at the end with no height at all assigned for the slopes on this end either. No holes will be added as Technic holes since their option has been disabled from our available choices while enabling yes under Wing stud notches. The stud type has been selected as hollow blocks throughout so their material is somewhat less dense compared normal solid block ones perhaps providing benefits in specific applications but more so for overall appearance rather performance improvement per se alone let alone entirely negating added structural value what these could theoretically bring assuming such cases were indeed plausible situations where extra strength isn't exactly needed since we've chosen full type of wings with our option selected accordingly within options dropdown provided via interface presented initially thus giving preference structural over mere aesthetic enhancements though both factors hold relative importance individually as well overall system architecture being multifaceted in nature encompassing wide array parameters impacting final outcome produced result achieved through interaction various user adjustable parameters included this very setup providing unique flexibility capabilities making adjustments on fly real-time throughout development phase which allows us make tweaks fine-tune things just so until we reach exact configuration meeting requirements and satisfaction level reached point being ideal solution according need.