Gator Cases GV-TC2713R2-GB Rig Doctor Pedaliera 27 X 13 Due Livelli

The GV-TC2713R2-GB Tour Compact and Riser is the 27 x 13 (68.58 cm x 33.02 cm) compact pedalboard with a 23 x 6 (58.42 cm x 15.24 cm) second tier, made by Gator in collaboration with Vertex. The aluminum frame is lightweight yet sturdy, while the non-textured powder coating provides a secure hold for the fasteners. Includes a padded nylon bag.

OVERVIEW OF THE GATOR GV-TC2713R2-GB VERTEX TOUR COMPACT and RISER PEDAL BOARD

The Gator GV-TC2713R2-GB Tour Compact and Riser is a pedalboard made in collaboration with Vertex, constructed of aluminum, a material that makes it lightweight yet sturdy. Non-textured powder coating allows for secure attachment of the pedals, while holes on the top allow for easy cable management. Non-slip rubber feet keep the pedalboard stable. The integrated second tier with flip-up opening allows additional pedals to be placed on top of others that do not need to be accessed during performance, an ideal solution for those opting for switcher management, for example. This pedalboard arrives supplied with a soft padded bag with a weather-resistant 600D nylon exterior. The 20 mm foam padding protects the pedals from impact, while large interior and exterior pockets provide extra space for carrying cables and other accessories. The sturdy zippers are made to last, while the convenient handle and D-rings for the shoulder strap make carrying easy. Also included are 3 meters of Velcro and 12 10-cm cable ties. The footboard has a surface area of 27 x 13 (68.58 cm x 33.02 cm), while the second level is 23 x 6 (58.42 cm x 15.24 cm).

STRENGTHS OF THE GATOR GV-TC2713R2-GB VERTEX TOUR COMPACT and RISER PEDAL BOARD

• Second tier folds down to place extra pedals;
• Aluminum frame, lightweight yet sturdy;
• Powder-coated surface that allows reliable grip;
• Perforated frame that allows for clean cable management;
• Included bag made of weather-resistant 600D nylon with 20 mm foam padding;
• Designed and developed in the USA in collaboration with Vertex.