Dean Murray

Program:
Men's Artistic

Level:
Level 10 (16-17)

Current Residence:
Minneapolis, MN

Club:
Mini-Hops Gymnastics

Head Coach:
Tyler Green

Other Coaches:
Kostya Kolesnikov

Printable Version

Dean Murray

Personal Information

Birthplace: Perth, Australia
Hometown: Plymouth, MN
Instagram: Instagram.com/https://www.instagram.com/dean_murray_29/
Name of High School: Maranatha Christian Academy
High School Graduation Year: 2029
Year you began gymnastics: 5
Favorite Event: Floor & Pommel
How did you get involved in gymnastics: Older sister was a gymnast
Favorite thing about gymnastics: Competitions, getting new skills, and meeting people.
What are your goals for gymnastics?: To compete for the USA in international meets
Names of parents/guardians/spouse: James and Rachel Murray
Names of sibling(s): Kayla, Aly, Jessi
Family members in sports: 2 younger sisters do gymnastics

Interests Outside the Gym

Favorite school subject: Math
Hobbies or favorite activities: Hanging out with friends, golf, hanging out at the lake.
Favorite music: Country and Rap

National Competition Results

2026 Xfinity U.S. Gymnastics Championships, Phoenix, Ariz. - 3rd-VT, HB; 4th-AA, PH; 6th-FX; 7th-SR; 8th-PB (Jr. 16)
2026 Men's Development Program National Championships, Oklahoma City, Okla. - 5th-FX; 6th-AA, VT; 7th-PH (JE L10 16)
2026 Elite Team Cup, Louisville, Ky. - 4th-Team; 7th-HB

International Competition Results

Videos of Dean Murray

LEGEND

Women: AA = All Around | VT = Vault | UB = Uneven Bars | BB = Balance Beam | FX = Floor Exercise | (T) = Tie
Men: AA = All Around | FX = Floor Exercise | PH = Pommel Horse | SR = Still Rings | VT = Vault | PB = Parallel Bars | HB = Horizontal Bars | (T) = Tie
Rhythmic AA = All Around | RP = Rope | HP = Hoop | BA = Ball | CL = Clubs | RB = Ribbon | (T) = Tie
Acrobatic: DY = Dynamic | BL = Balance | AA = All Around | CB = Combined
T&T: TR = Trampoline | TU = Tumbling | DM = Double Mini | SY = Synchronized Trampoline | MXSY = Mixed Synchronized Trampoline
Parkour: FS - Freestyle | SP = Speed