- COMIC CITYX^bt
- X^btWēĚQ
- ԃu[u[ʐM dbtF03-3225-8520
- Cookie̎gpɂ
11:00-18:00
ƂptH[
160-0002
sVhlJ⒬10-14
v~[sJ2F
Copyright © 2026 Stellar Deck
The result is a warm, orange glow that feels intimate and claustrophobic—perfect for the “no escape” family dynamic the studio is famous for. Does “Stone Age Family Fun” work? For fans of the genre, absolutely. The scene doesn’t try to be historically accurate (the anachronistic use of a feather duster during a cleanup montage is a running gag). Instead, it uses the setting to strip away the modern taboos that usually weigh down the FamilyStrokes narrative.
By: Jules Evans, Industry Insider Date: October 26, 2023 FamilyStrokes Nina Nirvana Stone Age Family Fun...
Without smartphones, school, or neighbors, the only entertainment left is each other. And when Nina and Nirvana are your entertainment options, the Stone Age looks less like a hardship and more like a vacation. The result is a warm, orange glow that
The result is “Stone Age Family Fun,” a high-concept, high-production feature starring the ethereal (often stylized as Nina.gg ) and the scene-stealing Nirvana . What could have been a gimmicky parody of The Flintstones instead became a surprisingly compelling case study in how to blend absurdist humor, genuine chemistry, and the studio’s signature “forbidden” dynamic. The scene doesn’t try to be historically accurate
For Nina, the role is another notch in her belt as one of the most versatile performers in the industry. For Nirvana, it’s a reminder that charisma is timeless. And for FamilyStrokes , it proves that whether you’re in a suburban split-level or a dank cave, the family that plays together—stays together.
Nina, with her doll-like features and infamous ability to oscillate between wide-eyed innocence and commanding presence, plays Kalla , the curious younger sibling who discovers a "magic mushroom" that lowers inhibitions. Nirvana plays Vexa , the cynical, world-weary older sister who has already figured out that the only source of warmth in the Ice Age comes from shared body heat.