B-Boy Engski and B-Girl Yani astounded the audience and judges with their extraordinary talent and skill, emerging triumphant from a competitive field of over 80 other breakers at the inaugural Red Bull BC One Regional Cypher Philippines on March 7, 2024, at Apotheka, Manila.
In the midst of intense competition, these two dancers showcased remarkable prowess, captivating both spectators and judges alike. Their exceptional performance earned them the esteemed title of Red Bull BC One Regional Cypher Philippines Champions. With this victory, they cement their reputation as two of the most outstanding breakers in the Philippines, embarking on their journey to the global stage.
After emerging victorious in the Red Bull BC One Regional Cypher Philippines, B-Boy Engski and B-Girl Yani, along with second-place finishers B-Boy Killafour and B-Girl Liz, are set to represent their country in Indonesia at the upcoming Red Bull BC One Southeast Asia Regional Final on March 22nd. The stakes are high, as the regional champion in Indonesia will secure a coveted wild card slot at the Last Chance Cypher for the Red Bull BC One World Final in Brazil later this year.
Expressing his gratitude, B-Boy Engksy from Quezon City remarked, “I’m grateful that a big event like this was held here in the Philippines, as the B-boy and B-girl communities are hungry for it. We are grateful, and we hope that they will continue to visit and host large events like this to provide possibilities for us coming from the Philippines.”
B-Girl Yani shared her excitement about the inclusion of B-Girls in the Red Bull BC One Regional Cypher, seeing it as a significant step forward for the breaking community. “I’m happy because this is the first time Red Bull BC One is in the Philippines and will feature a 1-v-1 category. Now that they’ve opened it for B-girls, I’m overjoyed and overwhelmed because it’s not just for me, but for the entire breaking community,” she stated.
Prior to the Red Bull BC One Regional Cypher, the Red Bull BC One All Stars engaged with the local dance community through a series of workshops led by renowned Filipino breakers such as B-Boy Ronnie and B-Girl Logistx. This initiative aimed to foster connections and inspire the next generation of dancers.
“I think they (Breakers) need more events like this, they need to get more support. And also, we did a session with them and they just need more opportunities to battle, travel, and to build with one another. They need more opportunities to connect within different cities,” emphasized B-Boy Ronnie.
B-Girl Logistx added that the breaking community needs more support, funding, and events like Red Bull BC One. “A lot of the [Filipino] breakers are so dope, but what I think holds them back in terms of opportunities is just the visibility. So we can have more of that, which people like myself and Ronnie are pitching for. And connecting with others to bring that visibility, and the support here and for them to stay inspired and keep it up, which I know they will,” she emphasized.
With breaking included in the Paris Summer Olympics for the first time, the Red Bull BC One All Stars eagerly embraced the opportunity to engage with the vibrant local dance community, underscoring Red Bull’s dedication to promoting dance, arts, and culture in the Philippines while amplifying the significance of breaking on a global stage.
The Red Bull BC One Regional Cypher Philippines marks a pivotal moment for the country’s breaking scene, showcasing the talent and passion that exists within its borders. As B-Boy Engski, B-Boy Killafour, B-Girl Yani, and B-Girl Liz prepare to represent the Philippines on the regional (SEA) stage, they carry with them the hopes and dreams of a nation, poised to leave an indelible mark on the global breaking community.
For the latest highlights and updates on the journey of B-Boy Engski, B-Boy Killafour, B-Girl Yani, and B-Girl Liz to the Red Bull BC One World Final, follow Red Bull Philippines’ social media channels on Facebook, Instagram, and TikTok, as well as Red Bull BC One’s official website.