Greer Amps Southland Overdrive

This new Greer will ship insured and inspected from our Rapid City, SD location.

Buy risk free with our 14 day - full refund, less shipping, return policy.  Check out our shop policies for more details. 

Built on the foundation of the renowned Lightspeed Organic Overdrive, the Southland Harmonic Overdrive pushes overdrive to new heights. Designed as the natural evolution of the Lightspeed platform, this pedal offers more gain, a dual-stage clipping system with unique diode types for each stage, a refined midrange (without that excessive "hump"), and a touch of high-end presence that ensures you cut through any mix.

Like the Lightspeed, the Southland responds beautifully to pick attack and touch dynamics, delivering harmonically rich tones with an expressive, responsive feel. But with a carefully chosen chip that enhances performance, the Southland offers a unique character and intensity. It’s perfect for musicians of all styles and pairs exceptionally well with the Lightspeed Organic Overdrive, creating a dynamic duo that elevates your tone stack and delivers unmatched, harmonics-filled overdrive.

Many customers ask if the Southland and Lightspeed overlap in sound. The answer is clear—they don’t. The Southland’s gain boost, midrange focus, and extra top-end presence distinguish it from the Lightspeed, and together they create a beautifully layered, multidimensional overdriven tone. Get your Southland Harmonic Overdrive and Lightspeed Organic Overdrive today for one of the most heavenly overdrive stacks we’ve ever heard. Trust us—you’re going to love it!

Features/Specs

• Amazing mild to medium overdrive and crunch!
• Thick harmonics, amazing sustain!
• Focused midrange (without the annoying hump), and extended presence range, to help cut through the mix!
• True Bypass!
• Uses 9-Volt battery or standard neg. center, 2.1mm power supply.
• Built with top quality components
• Enclosure Dimensions (in): 4.77" x 2.6" x 1.39"
• Power: 9-18 volt neg. center pin ONLY. 
• Current: draw 10mA @ 9v.