LD Systems ANNY12 Wireless Pack w/ 2x Handheld Mics (655-679 MHz)

The LD Systems ANNY12 Wireless Pack w/ 2x Handheld Mics is a battery-powered PA speaker built for gigging musicians, events, and live sound work where mains power isn't an option. At its core sits a 12" woofer paired with a 1" tweeter, delivering professional output without requiring AC or a generator. The included wireless microphones operate across 655-679 MHz, making them licence-exempt throughout Australia, with two matched receiver modules on the speaker's back. Six input channels handle mixed setups: two combo mic/line inputs, stereo AUX on 3.5mm jack, RCA inputs, and Bluetooth 5.0 with AAC codec. The onboard 6-channel mixer features a 3-band EQ, reverb and delay effects, and five application presets, MUSIC, LIVE, VOCAL, ECO, and FLAT. A footswitch input lets you toggle effects hands-free during performance. DynX DSP (Gen. 2) processing guarantees distortion-free sound at full volume. Four AA batteries power the unit for up to 50 hours in ECO mode at medium volume, or 5 hours during loud parties; hot-swap capability means you can change batteries mid-set without stopping playback. Wheels and a telescopic handle make moving the 12" cabinet practical for venues of any size. A Priority function automatically ducks music when the selected microphone is in use, keeping announcements clear. Two ANNY12 units can link via True Wireless Stereo for larger events. The built-in USB-C port charges phones and tablets, while the optional protective cover shields the speaker in outdoor conditions. Features  12" woofer and 1" tweeter for full-range output Two wireless handheld microphones, 655, 679 MHz licence-exempt Australia Six-channel mixer with 3-band EQ and five application presets Reverb and delay effects with footswitch control input Bluetooth 5.0, dual combo XLR/line, stereo AUX, RCA connectivity Four AA batteries with hot-swap; up to 50 hours ECO mode Integrated wheels and telescopic handle for transport DynX DSP Gen. 2 for distortion-free sound at peak volume