Position tracking for a lift device

A position tracking system comprising:

• a plurality of first wireless transceivers configured to transmit a plurality of first wireless signals, a first one of the plurality of first wireless transceivers configured to be coupled to a portable tool, and a second one of the plurality of first wireless transceivers configured to be coupled to a movable component of a machine;
• a plurality of second wireless transceivers configured to be coupled to a fixed portion of the machine, the plurality of second wireless transceivers configured to transmit a plurality of second wireless signals;
• and
• one or more processing circuits configured to determine a first position of the portable tool and a second position of the movable component of the machine based on communication between the plurality of first wireless transceivers and the plurality of second wireless transceivers through the plurality of first wireless signals and the plurality of second wireless signals.

A position tracking system comprising:

• a plurality of first wireless transceivers configured to transmit a plurality of first wireless signals, each of the plurality of first wireless transceivers configured to be coupled to a respective portable tool of a plurality of portable tools;
• a second wireless transceiver configured to transmit a second wireless signal, the second wireless transceiver configured to be coupled to a movable component of a machine;
• a plurality of third wireless transceivers configured to be coupled to a fixed portion of the machine, the plurality of third wireless transceivers configured to transmit a plurality of third wireless signals;
• and
• one or more processing circuits configured to:
• determine a first position of each respective portable tool of the plurality of portable tools based on communication between the plurality of first wireless transceivers and the plurality of third wireless transceivers through the plurality of first wireless signals and the plurality of third wireless signals;
• determine a second position of the movable component of the machine based on communication between the second wireless transceiver and the plurality of third wireless transceivers through the second wireless signal and the plurality of third wireless signals;
• and
• provide a user interface that displays the first position of each respective portable tool of the plurality of portable tools and the second position of the movable component of the machine.