
Carencro Native Earns Spot on Chicago Bulls Luvabulls Dance Team
(Carencro, LA) - The newest member of the NBA Chicago Bulls' Luvabulls Dance Team hails from Carencro. The city of Carencro has honored Ja'Loni Broussard with a city proclamation congratulating her on making the team.
Carencro Celebrates Ja'Loni Broussard's Achievement
It takes a tremendous amount of practice and perseverance, joined with incredible talent, to make it onto a dance team of this caliber. Ja'Loni is now one of the women representing the official dance team of the Chicago Bulls.

Now that she has made the team, she is a paid performer and will take part in rehearsals, game performances, and team appearances.
What It Takes to Make the Chicago Bulls Luvabulls
What was it like to try out for the team?
According to Pro Cheer Life, these are just some of the things the ladies took part in at the beginning of auditions:
1. Schedule Highlights:
- Warmups and technique training
- Street jazz master class
- Hip hop freestyle class and showcase
- Industry guest choreographers
- Q&A sessions with staff and dancers
- Optional audition at the end of the day
2. Important Notes:
- Wear outfits that reflect your dance style and personality
- Opportunity to meet coaches and current Luvabulls
- This is one of two chances to audition early
3. Open Call Audition
4. Semifinal Round (Invitation Only)
5. Final Audition (Invitation Only)
Broussard made it through all of that, and she is now one of the Chicago Luvabulls. She is also representing Carencro with her passion and success.
City Leaders Recognize Hometown Success
As part of the City of Carencro's Facebook post about Ja'Loni, they had the following to write, in part:
We are proud to celebrate Ja’Loni as she represents Carencro on one of the most prestigious professional dance teams in the country. Her success reminds us that with passion, determination, and commitment, dreams truly can become reality.
Congratulations, Ja'Loni!
LOOK: Every state's nickname and where it comes from
Gallery Credit: Stacker

