The Dance Studio of Orange - Annual Recital

Date/Time

Location

Ralph C. Mahar Regional High School (507 South Main Street, Orange, MA 01364, Orange MA)

.**ORANGE, MA – June 7, 2025** – The Dance Studio of Orange is delighted to present its annual dance recital on **Saturday, June 7th at 10:30 AM and 3:30 PM** at **Ralph C. Mahar Regional High School**. This beloved event showcases the talent, artistry, and passion of the studio’s dancers in a two-act program that promises to entertain and inspire.

Act I features *Alice in Wonderland*, a magical ballet interpretation of Lewis Carroll’s classic tale. Audiences will be transported into a world of whimsy and wonder as our ballet students bring familiar characters to life through expressive movement and beautiful choreography. Eva Richard stars as Alice, with Madalynn Warner as The White Rabbit, Florian Gordon-Halpern as Jack, Katy McGinnis as The Queen of Hearts, Vivienne Soucy as The Mad Hatter, Madalyn Vescovi as The Cheshire Cat, Kaylee O'Brien as The Caterpillar, Mallory Germain as The Dormouse, and Calleigh Neeland as The March Hare.

Act II, titled *School Days*, celebrates the energy and creativity of our dancers through a dynamic mix of styles including tap, jazz, modern, acro, and hip hop. *School Days* will open with a high-impact tap production number featuring 30 dancers, setting the tone for an exhilarating and diverse showcase. This act is a joyful tribute to student life and highlights the versatility and dedication of The Dance Studio’s performers.

Tickets for the **3:30 PM performance only** will be available at the door for **$25.00**. Cash or check accepted.  The 10:30 am performance is sold out.  

Join us for an unforgettable afternoon of dance and celebration at Ralph C. Mahar Regional High School, 507 South Main Street, Orange, MA. Come cheer on our dancers and experience the culmination of a year filled with hard work, growth, and artistic achievement.

For more information: thedancestudioorange@gmail.com

PHOTO CREDIT: Kirsten Spencer Photography