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Maintain coherence in visual and interaction design to increase usability and learnability. In VR this is important to prevent disorientation and support intuitive navigation.

Users should have the ability to undo and redo actions. This is particularly important in VR to prevent frustration due to the immersive environment's complexity.

Provide immediate and clear feedback for user's actions to enhance the sense of presence and interactivity in VR experiences.

Design VR interfaces to minimize the risk of errors by the user, which is critical in immersive environments to maintain immersion and prevent confusion.

Implement interfaces that minimize memory load by making information visible, which in VR helps maintain spatial orientation and ease of interaction.

The VR interface should cater to both experienced and inexperienced users, allowing for customization and shortcuts that enhance the overall experience.

VR interfaces should not contain information which is irrelevant or rarely used to prevent distraction and cognitive overload in a fully immersive environment.

Provide clear and constructive error messages in VR environments that guide users to easily remedy problems and reduce frustration.

Even though the system should be intuitive, having help and documentation accessible within the VR environment can assist users when they encounter problems.

Designing for spatial presence requires creating a convincing sense of space and depth, which is essential for a realistic VR experience.

Immersion in VR refers to the extent users feel involved in the virtual world. UX should support immersion by providing compelling content and intuitive interaction.