🎮 Puzzle

Play Balloon Sculptor Online

Select a segment, change its length and twist angle, then lock joints where needed.

Segment controls

Segment 1 / 8

Length 55

Angle 0°

Joint Loose

A/D Segment · W/S Air · Q/E Angle · SPACE Twist · ENTER Finish

GREAT SHAPE! Silhouette match improved

🎈

Single Player Balloon Geometry

Balloon Sculptor

Shape one long balloon into five different sculptures. Each segment has its own inflated length, while every joint has an angle and can be twisted into a locked bend. Match the target silhouette, use the limited air reserve efficiently and avoid unnecessary twists.

↔ Change segment length

⟳ Rotate joint direction

✦ Lock useful twists

⏸

Sculpture Paused

Hands off the balloon

Continue when you are ready to adjust the next segment.

🎈

Order Complete

Customer impressed!

The next order uses a different proportion and joint layout.

Match 0%

Order Score 0

Air Left 0%

🏆

Party Set Complete

Balloon artist!

Five sculptures completed.

Score 0

Avg Match 0%

Air Saved 0%

Controls

How to Play Balloon Sculptor

Use A and D to select a balloon segment. Use W and S to inflate or deflate the selected segment. Use Q and E to rotate its joint angle. Press Space to twist or untwist the joint after the selected segment. The dashed silhouette shows the target shape and the live Match percentage measures your accuracy. Air is limited, so oversized segments may prevent you from inflating another part. Press Enter or Finish Sculpture when you are satisfied. Complete all five orders with high shape accuracy and efficient air use. Press P to pause, M for sound, F for fullscreen and R to restart the current order.

About

About Balloon Sculptor

Balloon Sculptor is a single-player browser geometry puzzle about shaping a long balloon into recognizable forms. Each sculpture is built from eight connected balloon segments. Adjust individual segment lengths, rotate their joint angles and lock useful twist points while managing a limited air reserve. Five different orders require different proportions and bend patterns.