Inside-out VR tracking systems do not require base stations, as they use cameras and sensors to track the user's movements.

Outside-in VR tracking systems use base stations to track the user's movements, not cameras.

Outside-in VR tracking systems are generally more accurate than inside-out systems, as they use more precise sensors and have a wider field of view.

Inside-out VR tracking systems are more portable than outside-in systems, as they do not require any external hardware.

Outside-in VR tracking systems are generally more expensive than inside-out systems, as they require more specialized hardware.

Inside-out VR tracking systems are more commonly used in commercial VR headsets, as they are more portable and affordable.

Outside-in VR tracking systems are more commonly used in high-end VR experiences, as they offer better accuracy and precision.

The main advantage of inside-out VR tracking systems is their portability, as they do not require any external hardware.

The main advantage of outside-in VR tracking systems is their accuracy, as they use more precise sensors and have a wider field of view.

The main disadvantage of inside-out VR tracking systems is their accuracy, as they are more susceptible to interference from external factors.

The main disadvantage of outside-in VR tracking systems is their portability, as they require external hardware.

Outside-in VR tracking systems are more likely to be used in VR arcades, as they offer better accuracy and precision.

Inside-out VR tracking systems are more likely to be used in home VR setups, as they are more portable and affordable.

Inside-out VR tracking systems are likely to become more accurate and affordable in the future, making them a more viable option for both commercial and home VR setups.

VR tracking systems face a number of challenges, including interference from external factors, latency, and cost.