Methods and components for a wall-mountable game system

A non-woven acoustic panel system, comprising:

• a first non-woven acoustic panel, the first non-woven acoustic panel being formed from synthetic fiber felt, the first non-woven acoustic panel comprising:
• a first cut surface defining a first opening;
• and
• a second region removed from a second non-woven acoustic panel inserted into the first opening, wherein mechanical interlocking between (i) fibers of the first cut surface and (ii) fibers of the second region removed from the second non-woven acoustic panel facilitates retention of the second region within the first opening;
• and
• the second non-woven acoustic panel, the second non-woven acoustic panel being formed from synthetic fiber felt, the second non-woven acoustic panel comprising:
• a second cut surface defining a second opening;
• and
• a first region removed from the first non-woven acoustic panel via cutting of the first non-woven acoustic panel to form the first cut surface, the first region being inserted into the second opening of the second non-woven acoustic panel, wherein mechanical interlocking between (i) fibers of the second cut surface and (ii) fibers of the first region removed from the first non-woven acoustic panel facilitates retention of the first region within the second opening.

A non-woven acoustic panel system, comprising:

• a plurality of non-woven acoustic panels, each of the plurality of non-woven acoustic panels being formed from synthetic fiber felt, wherein:
• a first non-woven acoustic panel of the plurality of non-woven acoustic panels comprises a first cut surface defining a first opening,
• a second cut region removed from a second non-woven acoustic panel of the plurality of non-woven acoustic panels is positioned within the first opening of the first non-woven acoustic panel such that mechanical interlocking between (i) fibers of the first cut surface of the first non-woven acoustic panel and (ii) fibers of second cut region removed from the second non-woven acoustic panel facilitates retention of the second cut region removed from the second non-woven acoustic panel within the first opening of the first non-woven acoustic panel, and
• a first cut region removed from the first non-woven acoustic panel to form the first opening is positioned within an other opening defined by an other cut surface of an other non-woven acoustic panel of the plurality of non-woven acoustic panels such that mechanical interlocking between (i) fibers of the other cut surface of the other non-woven acoustic panel and (ii) fibers of first cut region removed from the first non-woven acoustic panel facilitates retention of the first cut region removed from the first non-woven acoustic panel within the other opening of the other non-woven acoustic panel.