Peterson Single Footswitch for AutoStrobe

Hands-Free Control for Precision Tuning
The Peterson Single Footswitch for AutoStrobe tuners is designed to give musicians and technicians a convenient hands-free way to operate their 490 and 590 series tuners. Whether you're in a live performance, a studio session, or a repair shop, this footswitch allows for quick and effortless activation of essential tuner functions without needing to reach for the unit itself.

Designed for Seamless AutoStrobe Integration
This footswitch is specifically built for use with the Peterson 490 and 590 AutoStrobe tuners, ensuring reliable and precise performance. It connects easily to your tuner, providing a responsive, durable switching solution that integrates perfectly with your existing setup. With its sturdy construction and intuitive operation, the footswitch enhances workflow efficiency for both musicians and instrument technicians.

Durable Build for Long-Lasting Performance
Constructed with high-quality materials, the Peterson Single Footswitch is built to withstand frequent use in professional environments. Its rugged casing protects internal components from wear and tear, making it an essential accessory for those who demand durability from their gear. Whether you're tuning guitars, brass instruments, or orchestral strings, this footswitch delivers consistent performance with every use.

Compact and Portable for Any Setup
With its small footprint, this footswitch is easy to transport and integrates seamlessly into any pedalboard or workstation. The simple plug-and-play design allows for quick setup, making it ideal for musicians who need a reliable and space-efficient solution for controlling their AutoStrobe tuners.

Essential Tool for Professionals
For instrument techs, repair specialists, and gigging musicians, this footswitch adds a level of control and convenience that improves the tuning experience. It eliminates the need for manual operation, allowing users to focus entirely on their instruments while ensuring accurate and efficient tuning adjustments.