NAMM 2018: RockBoard announces redesigned pedalboard range
New format compatible with power supply mounting tray and patch bays

NAMM 2018: Warwick’s quest to redefine the pedalboard market continues apace, as it unveils a completely redesigned RockBoard range.
Promising a “lightweight, rigid and rugged” format, the new RockBoards are constructed from one folded, cold-rolled aluminium sheet, meaning they will neither “bend nor wiggle”, apparently.
The ’boards’ slot-based design works with standard mounting solutions such as Velcro, as well as RockBoard’s own Quick Mount pedal mounting plates, available separately.
Power supplies can also be mounted underneath using RockBoard’s The Tray mount, while Module patch bay can be connected, too, offering easy access to ins and outs.
Seven sizes of ’board will available from January, with RRPs to be announced around then - that’ll be the clincher, of course: the various accessories plus ’board will need to be reasonably priced to make pedal fans consider switching setups. We’ll be watching on in interest…
Get the MusicRadar Newsletter
Want all the hottest music and gear news, reviews, deals, features and more, direct to your inbox? Sign up here.
Mike is Editor-in-Chief of GuitarWorld.com, in addition to being an offset fiend and recovering pedal addict. He has a master's degree in journalism, and has spent the past decade writing and editing for guitar publications including MusicRadar, Total Guitar and Guitarist, as well as a decade-and-a-half performing in bands of variable genre (and quality). In his free time, you'll find him making progressive instrumental rock under the nom de plume Maebe.

“It features augmented functionality when compared to past models, yet still in a minimalist and easy-to-use package”: Mooer Audio packs an abundance of features into its small but touch-screen equipped Prime Minimax M2 Intelligent Pedal

“Sets a new standard and dynamic and expressive drive pedals”: Xotic’s AC Booster v2 is a feature-packed but compact overdrive that promises amp-like touch sensitivity and dynamics