The invention is a semi-resilient exercise grip that has a non-resilient particulate core surrounded by a resilient rubber covering. Within the core there is also a dry lubricant such as talc that allows the particles to move over each other without damage. The outer covering may consist of a single thick latex layer, a thin latex layer surrounded by a thick rubber layer or a number of thin latex layers. The semi-resiliency of the grip enables a user to deform the grip and thereby change its shape. The grip can be moved within the hand to allow the user to deform it repeatedly while changing the grip's shape each time.

A therapeutic hand exerciser includes a resilient core and a fabric exterior lining. The core is soft, pliable and smooth when squeezed. The soft smooth feel of a segmented polyurethane fabric, such as LYCRA.RTM., also provides a more pleasurable feel than a rubber cover. The addition of the thermo plastic urethane (TPU) lining prevents the core material from passing through the fabric cover.

A therapeutic hand exerciser includes a resilient core and a fabric exterior lining. The core is soft, pliable and smooth when squeezed. The soft smooth feel of a segmented polyurethane fabric, such as LYCRA.RTM., also provides a more pleasurable feel than a rubber cover. The addition of the thermo plastic urethane (TPU) lining prevents the core material from passing through the fabric cover.

A therapeutic resilient hand exerciser and method of manufacture is disclosed. A mass of tiny glass spheres having the consistency and appearance of a fine powder is enclosed in a resilient inner bladder which is surrounded by an outer resilient bladder and a thin layer of powder is disposed between the exterior surface of the inner bladder and interior surface of the outer bladder to prevent the surfaces from sticking together and allow relative sliding movement therebetween. The tiny spheres roll on each other upon squeezing and releasing pressure on the exerciser to provide low resistance to relative movement and allow the exerciser to be compressed quickly and to resume its natural shape quickly due to the resiliency of the superposed bladders, and thereby produces a smooth squishy sensation.

A toy projectile device that is thrown at flat surfaces, such as pains of glass. The toy projectile has a volume of fill material that is encapsulated within a thin-walled shell. The fill material contains a liquid and may contain solid objects suspended within the liquid. The shell is fabricated from an elastomeric material that is highly elastic, has high tear resistance and has a tacky exterior. When the toy projectile is thrown against a hard surface, the thin-walled shell deforms on impact and stretches into a splat pattern on the impacted surface. Due to the tackiness of the shell, the shell adheres to the impacted surface in the splat pattern. After a short period of time, the elastic properties of the shell cause the shell to contract and peel way from the impacted surface.