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RC Tower Crane
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RC Tower Crane - 1.5m (54") Tall, no Arduino required. 6V DC motor, 2 micro servos and LED Light.
Update 29 Sep: I have removed a few of the .stl files because they were actually older versions of the parts I used for the prototype (e.g. file number number 13 and 41).
Parts List added. Hardware includes various M3 screws, and 4 M4 (20mm or 25mm) screws. The M4 screws are only needed for the pivot platform You will also need 2mm threaded rod or very, very long M2 screws for the spool servo and the pivot platform servo. You will need a few 2mm nuts as well for the threaded rods to keep them from spinning when the servos are running.
The 3mm brass (or stainless steel if you choose) rods are used to connect and support the Tower Frame parts and Jib/Truss arm parts and will need to be cut to 40mm (see the pictures) I chamferred the ends with sand paper. 3mm brass rods will also need to be cut to various sizes as well to use as axles for the bearings I used in the pulleys, and a
Update 29 Sep: I have removed a few of the .stl files because they were actually older versions of the parts I used for the prototype (e.g. file number number 13 and 41).
Parts List added. Hardware includes various M3 screws, and 4 M4 (20mm or 25mm) screws. The M4 screws are only needed for the pivot platform You will also need 2mm threaded rod or very, very long M2 screws for the spool servo and the pivot platform servo. You will need a few 2mm nuts as well for the threaded rods to keep them from spinning when the servos are running.
The 3mm brass (or stainless steel if you choose) rods are used to connect and support the Tower Frame parts and Jib/Truss arm parts and will need to be cut to 40mm (see the pictures) I chamferred the ends with sand paper. 3mm brass rods will also need to be cut to various sizes as well to use as axles for the bearings I used in the pulleys, and a
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