The Audix AP41BPA is a professional Performance Series wireless system combining the R41 diversity receiver with the B60 bodypack transmitter, engineered for presenters, vocalists, musicians, and performers requiring reliable, high-quality wireless audio. This system simplifies the wireless experience while delivering robust performance for live sound, theater productions, houses of worship, and corporate presentations. The package includes the receiver and bodypack transmitter only, with no microphone included, allowing users to pair it with any Audix lavalier, head-worn, or instrument microphone, as well as for electric guitar and bass applications.

The R41 receiver is built around a 32 MHz extended spectrum with microprocessor-controlled antenna diversity, ensuring consistent audio quality and drop-out protection even in challenging RF environments. Setup is remarkably intuitive with 106 pre-coordinated frequencies pre-loaded into the receiver, eliminating complex frequency coordination. The one-touch auto scan function searches for a clear channel, while the one-touch sync button links the transmitter to the receiver via infrared beam, getting users on-air in seconds. The receiver offers both balanced XLR and 1/4" outputs, soft key controls for output level adjustment, and rack-mountable metal chassis for permanent installation or touring rigs.

The B60 bodypack transmitter complements the receiver with a lightweight yet durable precision metal housing and modular antenna design. Featuring a wide 64 MHz tuning bandwidth, this versatile transmitter is compatible with all Performance Series receivers and works with a variety of input sources. Users can adjust AF gain in four steps (0dB, -6dB, -12dB, -24dB) to match different microphone sensitivities or instrument pickups. A high-contrast LCD displays group, channel, and battery status at a glance, while the soft mute switch provides convenient audio control. Powered by two AA batteries, the transmitter delivers up to 14 hours of continuous operation, ensuring reliability throughout extended events.