Tudor House, Lake Arrowhead CA
Gypsy Dreams: An Authentic Fleetwood Mac Tribute
Venue: Tudor House, Lake Arrowhead CA
Address: 800 Arrowhead Villa Rd, Lake Arrowhead, CA 92352
Gypsy Dreams: A Tribute to Fleetwood Mac is appearing at Tudor House in Lake Arrowhead, CA
Saturday, June 24, 2023
Drinks will be sold and Food Truck will be on site.
Ticket Link : https://purplepass.com/gypsydreams042223
Gypsy Dreams is the most authentic visual and musical Fleetwood Mac tribute band you will ever experience. This national touring band provides a high energy, passion-driven show by blending perfect harmonies, precise musicianship and character performances complete with realistic costumes, video backdrop and storytelling.
Gypsy Dreams is a spin-off from the popular and well-respected Los Angeles based band Gypsy with Stevie Nicks vocalist Lisa McCormick. Lisa is an entertainer in all respects of the word and engages her audience with her on stage energy and pitch perfect vocals. Her collaboration with Wil Roberts as Lindsey Buckingham and Sarah Stallman as Christine McVie brings together the vocal prowess for which Fleetwood Mac is so respected. These individual vocals and perfectly blended harmonies combined with the driving pulse of the fabulous rhythm section of Kenny Burns as Mick Fleetwood and Duke Carpenter as John McVie brings audiences to their feet. All the band members are seasoned touring musicians dedicated to providing a re-creation of the magic that is Fleetwood Mac.
You can expect to be transported back with incredible accuracy to the days when Stevie, Lindsey, Christine, Mick and John were together on stage singing and playing all your favorite hits. Gypsy Dreams is the ultimate Fleetwood Mac tribute band.
Gypsy Dreams is part of Gypsy Tributes offering tributes to Fleetwood Mac, Stevie Nicks & Tom Petty or Stevie Nicks. Unplugged performances are also available with tributes in a solo, duo, trio or quartet act for acoustic or smaller intimate settings. For more information please view our Gypsytribute website.