TOWER CRANE -Fore jib connector- Free 3D print model

cgtrader

I'm working on this unfinished 3D model of a Tower Crane that I designed entirely from internet images. I oversized the majority of the model at first since I had the intention of creating it out of plastic. The cable work remains incomplete, though, as I lacked enough information about the cable system. If you have any insight that can help me complete this design, please reach out to me. An exploded view image with part names on it is included in the assembly file. In this design, real profile dimensions for steel beams weren't utilized, but editable profiles can be found within the .prt files' sketches. Be aware that I based this design solely on photos of Tower Cranes that I came across online and should not be taken as factual. Currently, my 3D model is composed of 21 distinct parts, with more to come as it gains detail: 1. Apex 2. Rear connector for the apex 3. Cabin 4. Cable connector (for two cables holding the counterjib) 5. Counter weight segment 6. Ground base (ground segment) - crane body part 7. Repeating ground-based crane body segment 8. Crane climbing segment 9. Cabin segment for the crane 10. Jib segment attached to the 'cabin segment' (connected to ground via cable) 11. Final end of jib segment 12. Main repeating segment of jib - counterweight part (holding crane and weights) 13. Motor component (motor behind cabin section) 14. Cable supporting jib at one end (running through apex rear connector, cable, then finally to fore-jib-connector on final Jib-Main Segment before reaching its support at apex) 15. Connector joining 'apex' to the front of 'fore-cable' 16. Rear connecting point between "cables", main segment (holding rear weight and also holds in position via rope connected directly through motor), last point which supports all elements in entire setup, this being most important due simply fact that everything connects onto itself via multiple types connections including nuts screws plates brackets bolts - so when someone pulls/pushes etc part nothing moves because every bit connected everywhere properly throughout assembly!