Abstract: The present disclosure relates to processing operations configured for generation and rendering of a race royale gaming environment that improves processing efficiency and racing gameplay in multiplayer scenarios. An exemplary race royale gaming environment provides a time-adjustable video game map configured to enable racing gameplay between a plurality of players (e.g., player-controlled vehicles) until an overall winner is determined. The race royale gaming environment is further configured to provide persistent vehicle upgrades that persist during at least one instance of racing gameplay (e.g., one or more races) in the race royale gaming environment. In other examples, the race royale gaming environment is configured to enable a player to challenge one or more other players to an elimination race within the time-adjustable video game map.

Abstract: The present disclosure relates to processing operations configured for generation and rendering of a race royale gaming environment that improves processing efficiency and racing gameplay in multiplayer scenarios. An exemplary race royale gaming environment provides a time-adjustable video game map configured to enable racing gameplay between a plurality of players (e.g., player-controlled vehicles) until an overall winner is determined. The race royale gaming environment is further configured to provide persistent vehicle upgrades that persist during at least one instance of racing gameplay (e.g., one or more races) in the race royale gaming environment. In other examples, the race royale gaming environment is configured to enable a player to challenge one or more other players to an elimination race within the time-adjustable video game map.

Abstract: An energy absorber for a safety harness has a first end, a second end, and an energy absorbing portion between the first end and the second end. The energy absorbing portion has a first load-bearing web integrally bound to a second load-bearing web. The energy absorbing portion is coiled in a spiral shape in an undeployed configuration. The energy absorbing portion is deployable from the undeployed configuration to a deployed configuration when the first end is pulled away from the second end due to a force exceeding a minimum predetermined force threshold such that at least a portion of the first load-bearing web tears away from at least a portion of the second load-bearing web. The first load-bearing web and the second load-bearing web are integrally bound in the energy absorbing portion by a plurality of binder threads.

Abstract: An energy absorber for a safety harness has a first end, a second end, and an energy absorbing portion between the first end and the second end. The energy absorbing portion has a first load-bearing web integrally bound to a second load-bearing web. The energy absorbing portion is coiled in a spiral shape in an undeployed configuration. The energy absorbing portion is deployable from the undeployed configuration to a deployed configuration when the first end is pulled away from the second end due to a force exceeding a minimum predetermined force threshold such that at least a portion of the first load-bearing web tears away from at least a portion of the second load-bearing web. The first load-bearing web and the second load-bearing web are integrally bound in the energy absorbing portion by a plurality of binder threads.