Eggy Car

ABOUT EGGY CAR

Eggy Car turns a tiny vehicle into a physics balancing act because an egg on the roof must survive every hill and descent.

Your goal: Travel as far as possible without letting the egg roll off the vehicle.

Begin Eggy Car by learning how the main physics or control system responds to small inputs. Once you can predict the result of a light, medium, or strong action, the later obstacles become much easier to manage.
Vehicle tilt directly affects the egg's position.
Throttle changes both speed and the car's rotation on hills.
The safest route is often slower than the fastest possible line.

Use gentle throttle while climbing so the car does not pitch the egg backward.
Ease the vehicle into descents instead of braking abruptly, which can throw the egg forward.
Watch the next hill, not only the current one, so you can adjust speed before the vehicle reaches the crest.
The egg is the real steering indicator. If it begins moving toward an edge, correct the car's angle early rather than waiting for a fall. Long runs come from smooth transitions between hills; repeated full-throttle and full-brake inputs create unnecessary instability.
If you keep failing the same spot, check whether the problem is the setup, the timing, or the landing. Once your runs are consistent, change only one thing at a time so you can tell real improvement from luck.

Travel as far as possible without letting the egg roll off the vehicle.

Vehicle tilt directly affects the egg's position.

Throttle changes both speed and the car's rotation on hills.

The safest route is often slower than the fastest possible line.

Ease the vehicle into descents instead of braking abruptly, which can throw the egg forward.

The egg is the real steering indicator. If it begins moving toward an edge, correct the car's angle early rather than waiting for a fall.

Long runs come from smooth transitions between hills; repeated full-throttle and full-brake inputs create unnecessary instability.