Grateful Dead & Phish for Kids - Tribute Tickets

Grateful Dead & Phish for Kids - Tribute brings a friendly, family-centered live music experience to the Maryland scene. This duo pairs Ed Hough’s Dead Collective, a rotating lineup of musicians dedicated to Grateful Dead-inspired performances, with Phoam, a Phish tribute act known in the Baltimore/DC region. The show is crafted for families, with kid-friendly selections, engaging stage presence, and tunes that spark imagination and dance. Perfect for weekend family outings, birthdays, and community events, these performances are highlighted by partnerships with WTMD and WYPR’s Saturday/Sunday Morning Tunes, underscoring their local, community-driven ethos.

Location details and event logistics are shared by the Maryland State Fair in Timonium, MD, a venue known for hosting diverse family-friendly events. Secure your seats early to join a wholesome, music-filled experience that appeals to music lovers of all ages.

About the performers: Ed Hough’s Dead Collective brings together skilled musicians who honor the Grateful Dead’s expansive repertoire, delivering textured guitars, vocal harmonies, and the improvisational spirit fans love. Phoam adds the Phish influence, offering playful, high-energy performances that resonate with younger audiences while satisfying longtime fans. This unique collaboration—built for kids and their grown-ups—has earned positive coverage in local press for its accessible, dance-friendly sets. For social connections, follow the artists and groups involved: Ed Hough’s Dead Collective on Facebook, X, and the Dead Collective website DeadCollective.com. Phoam’s updates can be found on Facebook and the Phoam page PhoamPhish.com.

Event date: RESCHEDULED from its original date for planning clarity. Date to be announced details will be updated as available. If you’re looking for a friendly, no-fuss way to introduce kids to classic rock and jam-band vibes, Grateful Dead & Phish for Kids - Tribute is the go-to choice in the Baltimore/Washington metro area.