Audible LapCeiver

The Audible LapCeiver is a specialized lap-timing receiver designed for motorsports, racing, and precision timing applications where real-time feedback is mission-critical. Built by RACECEIVER, this compact audible notification system enables drivers, pit crews, and timing officials to receive instantaneous lap-time data without visual distraction. Whether deployed in circuit racing, autocross events, or tactical training scenarios requiring timed iterations, the Audible LapCeiver delivers the situational awareness necessary for performance optimization and informed split-second decision-making.

The unit features an integrated LCD screen for visual confirmation alongside dedicated audible lap-time announcement capability, eliminating reliance on visual displays alone during high-demand operations. Measuring 6.1 x 1.75 x 7.75 inches and weighing just 0.44 lbs, the Audible LapCeiver achieves a minimal footprint suitable for vehicle mounting, wearable deployment, or handheld operation. The complete kit includes a protective holster for carry integrity, headphone splitter for multi-user monitoring, infrared detector for reliable signal reception, and USB charging cord for field sustainment. Construction in durable plastic with yellow high-visibility finish ensures visibility in low-light or high-motion environments while maintaining impact resistance.

Pit crews, race engineers, and timing officials benefit most from the Audible LapCeiver's hands-free notification architecture, which allows focus to remain on vehicle telemetry, fuel strategy, or course conditions. The included headphone splitter enables multiple team members to monitor incoming lap data simultaneously, improving communication efficiency and tactical coordination. IR detector functionality ensures reliable reception across variable lighting conditions, while USB connectivity supports easy data integration with timing systems and post-event analysis platforms. Operators should verify IR line-of-sight between transmitter and receiver for optimal signal strength and configure audio thresholds based on ambient noise levels in the pit environment.