Note that if this constraint attaches one part (A) to another part (B) that is anchored or connected to an anchored part (Z), part A will not be locally simulated when interacting with a player.
When configuring this constraint, it may be helpful to study Roblox Units to understand how Roblox units compare to metric units.
FreeLength defines the natural resting length of the spring. If the attachments are further apart than the free length, they are forced together; if the attachments are closer together than the free length, they are forced apart.
The Damping value controls how fast the spring's oscillation dies down. A value of 0 allows the spring to oscillate endlessly, while higher values bring the spring to a rest more quickly.
Enabling the LimitsEnabled property exposes the MinLength and MaxLength values for setting the minimum and maximum length of the spring. If the spring's attachments reach these limits, they stop moving apart from one another without restitution.
The number of coils visualized on the SpringConstraint. This can only be set between 0 and 8.
The current distance between the constraint's Attachments.
Natural resting length of the spring.
Sets whether the SpringConstraint enforces a minimum and maximum length. If the constraint's Attachments reach these limits, they will simply stop moving apart from one another without restitution. If you need restitution or elasticity at the ends of the range of motion, you can combine a SpringConstraint with another constraint that allows restitution at the end of its range, such as a PrismaticConstraint or RopeConstraint.
The maximum force the SpringConstraint can apply on its Attachments. Some spring systems can give rise to forces that grow fast leading to instability. In such cases it is recommended to set MaxForce to a reasonable value.
The visualized radius of the spring's coils.
The strength of the spring. The higher this value the more force will be applied when the attachments are separated a different length than the FreeLength.
The visualized thickness of the spring's coils.