Sub-Zero Ice Skate Club Sukhumvit
1239 Sukhumvit Rd, Khlong Tan Nuea, Watthana, Bangkok 10110
The two-rink setup is smarter than most Bangkok ice venues. The arena side handles recreational skaters and evening crowds without disrupting the academy rink, where serious figure skating and ice hockey coaching runs on a consistent schedule. If you are here to learn rather than mess around, the academy rink is the one that matters. Book weekday afternoons when the arena side is quieter and you get the full space to yourself.
You step off the Ekkamai BTS skywalk and arrive on the ninth floor of Bangkok Cooperative Building. Two rinks operate here under one roof. The larger arena rink covers 550 square meters, open for public skating with DJ sessions and a snowfall effect that cycles through the session. The smaller academy rink measures 450 square meters and is where the coaching happens.
Sub-Zero is a member of the Asian Ice Skating Institute, and the curriculum follows that structure. Figure skating and ice hockey programs run daily for ages three and up, with private rink rental available for focused training sessions. The academy side stays separate from the entertainment rink, so lessons do not compete with recreational skaters drifting across the ice.
Weekday sessions cost 350 baht for two hours with skate rental included. Weekends and public holidays jump to 450 baht for the same window. The rink operates Monday through Friday from 10:30 AM to 7:30 PM, then extends to 10 PM on weekends. Parking sits below at Major Cineplex Sukhumvit and the Cooperative Building, both with 24-hour security.
The design leans Japanese-themed with a 240-degree panoramic view wrapping the rink perimeter. Corporate event bookings run through the same contact line, and the venue has hosted product launches and small concerts on the ice. The arena rink handles the spectacle; the academy rink handles the progression. Bring your own socks. Rental boots are included in admission, and the ice is maintained to competitive standards across both surfaces.