FW2D 2.4 GHz Wireless Guitar System with Patented Silent Plug — USB-C Rechargeable 10H Transmitter & Receiver for Acoustic/Electric Guitar, Bass, Ukulele, Violin

Overview: The FW2D wireless guitar system delivers stable, low-latency audio for practice, rehearsal, and live use. Its compact transmitter and receiver pair quickly and provide wireless instrument connectivity for any electronic instrument with a 6.35mm jack — guitars, basses, ukuleles, violins, pedals and more. Interference blocking & range: Advanced intelligent frequency modulation and dynamic channel selection reduce interference in crowded RF environments, maintaining a reliable connection up to 98ft. The system operates with roughly 5ms latency (~5ms) for virtually instantaneous audio transfer. High-fidelity audio: Engineered for clean tone reproduction with 48kHz/16-bit sampling and distortion ≤0.02%. Frequency response spans 20Hz-20kHz to preserve detail across the audible range for rehearsals, performances, and small gigs. Patented Silent Plug: The patented silent plug mutes the signal automatically when you plug or unplug, preventing unpleasant "buzz" or "pop". This lets you swap instruments quickly and quietly without powering down your amp or stage gear. Multiple-device support: Four channel groups prevent cross-talk in multi-player setups. The FW2D supports up to 4 devices simultaneously and a single transmitter can send to 4 receivers (units must be the same model). Battery, pairing & compatibility: Rechargeable Type-C battery with included 2-in-1 charging cable. One-button, fast pairing and up to 10 hours of continuous operation per charge. Compatible with any instrument or device that uses a 6.35mm jack. Choose with confidence: Flatsons provides Expert Technical Support for as long as you own the product, a 12-Month Product Guarantee, amazon 30-Day Easy Awapped Policy, and 24/7 Customer Service. Contact us anytime for assistance. Important note: FW2D uses 2.4GHz ISM digital wireless transmission with frequency-hopping spread spectrum (FHSS) and digital modulation to reduce interference and keep the link stable. While no wireless system can eliminate all interference, this design meets industry-leading latency expectations (~5ms) and delivers dependable audio in most real-world situations.