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AR helps athletes to improve performance by analyzing techniques and simulating various game situations.

AR recreates space conditions for astronauts to practice tasks they will perform on missions.

AR guides technicians through the complex processes of pharmaceutical production and quality checks.

Retail employees learn store layouts and customer service scenarios using AR simulations.

Trainee plumbers use AR to understand piping systems and practice installations and repairs.

Pilots use AR for advanced training in navigation and handling of aircraft with immersive experiences.

AR simulates emergency procedures for fires, earthquakes, and other scenarios to train individuals in safe evacuation.

AR offers immersive guides for cutting, assembling, and finishing woodworking projects.

Geologists use AR to explore geological features, simulate field studies, and interpret data.

AR provides realistic combat simulations and situational awareness enhancement for soldiers.

Mechanics learn to diagnose and repair complex machinery by overlaying schematics and repair instructions.

Firefighters use AR to simulate realistic fire scenarios to practice navigation and rescue in smoke-filled environments.

Police officers use AR for practicing responses to various incident types, including crisis situations, through simulations.

AR is used to simulate surgeries and medical procedures for training without risk to patients.

Learners engage with an immersive AR environment to practice vocabulary and pronunciation in context.

AR is used in construction to visualize projects on-site and enhance understanding of blueprints and plans.

Students visualize and interact with complex circuits and systems using augmented reality for better comprehension.

Factory workers learn the assembly and quality control process using AR to visualize each step.

Medical students use AR to visualize anatomical structures in 3D for a better understanding of surgical sites.