Boss WL-50 Wireless Pedalboard System

A stompbox-size wireless system for pedalboard integration. A plug-and-play system with an automatic connection, premium audio performance, rock-solid stability, ultra-low latency, and 65-foot line-of-sight range. Experience the wireless independence of the WL-50 at home, jamming with friends, and performing on stage. Plug-and-play wireless system in stompbox-size format that automatically sets the optimum channel Plug-and-play with no complicated setup. The optimum wireless connection is set automatically to ensure stability. The stompbox-size receiver is perfect for seamless integration into a pedalboard setup. Premium audio performance with rock-solid stability and ultra-low latency The WL-50 incorporates BOSS revolutionary technology to provide premium audio performance with selectable cable tone simulation and rock-solid stability. The WL-50 also boasts ultra-low, class-leading latency of 2.3 ms and a healthy 65-foot line of site range. With up to 12 hours of playing time with the rechargeable WL-T transmitter, this all adds up to high-quality sound and reliability. Flexible power options for pedalboard integration The receiver is powered by the optional PSA-S adaptor or two AA batteries. Docking the WL-T transmitter into the receiver's docking port both charges the transmitter and sets up the wireless connection automatically. When powered by the PSA-S, the receiver's DC output can distribute power to one or more pedals using an optional PCS-20A daisy-chain cable. Features: Lightning-Fast, Ultra-Low latency of just 2.3 ms 65-foot line-of-site range Automatic Wireless Setup Easy Charging via Receiver Docking Port Selectable Cable Tone Simulation: short, long and bypass Passive and Active pickup Compatibility Get your BOSS WL-50 Wireless Pedalboard System today at the guaranteed lowest price from Sam Ash with our 45-day return and 60-day price protection policy.

Lightning-Fast, Ultra-Low latency of just 2.3 ms 65-foot line-of-site range Boss WL-50 Wireless Pedalboard System