A freely assemblable toy track includes a plurality of guide rails and connecting pieces, each guide rail includes two independent strip rails (1) at the left and right, each connecting piece is configured as a frame piece (2) provided with a connecting part at a corresponding position of an inner frame edge for connecting with an end of each strip rail (1), ends of the two strip rails (1) are respectively connected to connecting parts of two frame pieces (2) to form a track body having a track surface with a middle portion hollowed, and a toy vehicle can locate left and right wheels on the left and right strip rails (1) exactly to run along the track. Based on a width of the toy vehicle, the frame pieces (2) with a corresponding width can be chosen to connect the strip rails (1), thus broadening the width of the tracks.

A toy-vehicle launcher is disclosed that includes a track member having a loop track section, a launching mechanism, and a base pivotably coupled to and laterally extending from a bottom portion of the loop track section. The launching mechanism includes a vehicle receptacle coupled to a first end of the track member, a trigger coupled to the vehicle receptacle, and a shuttle biased to move in a first direction along the vehicle receptacle from a loading position to a launching position. The trigger actuates to release the shuttle from the loading position. In addition, the track member and launching mechanism can be pivoted about the base by application of a lateral force on the trigger.

A 3-dimensional high-speed track car toy comprises a track body and a toy car. Straight tracks, curved tracks, centripetal tracks and centrifugal tracks are assembled to form a 3-dimensional closed track. The track body stands on the ground fixedly through support rods and support seats. The track body is paved with a track along which the toy car runs. Components of the track body have fastener-containing groove structures to fix an iron axis onto the track. The toy car is placed on the track body. The track is equipped with an iron axis. The bottom of the toy car is equipped with magnets. Thereby, a sufficient attractive force is generated to overcome gravity of the toy car. Therefore, the toy car can run on the track disposed on a ceiling or a vertical wall. Thus, the user can enjoy more amusement from playing the present invention.

A toy vehicle playset includes a track portion, a repositionable lever, an actuator, and a repositionable engagement member. The repositionable lever is disposed adjacent to the track portion, where the repositionable lever is repositionable between a first position and a second position. The actuator and the engagement member are disposed on the track portion, with the engagement member being disposed proximate to the actuator. The engagement member is operatively coupled to the repositionable lever and the actuator. When the repositionable lever is in the first position, the engagement member remains unengaged with a toy vehicle as the toy vehicle travels over the track portion and engages the actuator. However, when the repositionable lever is in the second position, engagement of the actuator by the toy vehicle traveling over the track portion causes the engagement member to engage and flip the toy vehicle.

A toy vehicle playset includes a base, a platform, and a launcher. The base is configured to support the platform on a support surface, where the platform is rotatably coupled to the base and configured to rotate about a vertical axis with respect to the base. The launcher is coupled to the base via a launch track. The platform includes at least one track disposed within the top surface of the platform, at least one ramp extending upwardly from the top surface of the platform, and at least one overhead track extending from the ramp over the top surface of the platform. The at least one track, at least one ramp, and at least one overhead track form a continuous track on the platform. The launcher is configured to launch a toy vehicle onto the continuous track of the platform as the platform rotates about the vertical axis.

A footwear accessory apparatus and system disposed on and within shoes to facilitate movement of one or more accessories around a pre-established track via an electric motor is described. The track is equipped with an internal chain drive disposed in communication with the motor via at least one gear. Accessories are preferably mounted to the chain via at least one magnet which protrudes through a top of the track via a groove. A remote control is preferably configured to enable the user to command the movement of the accessories around the track of each shoe independently. The remote is equipped with a speaker to facilitate the playback of audio and sound effects pertinent to the movement of the accessory. Accessories may be also equipped with internal batteries to facilitate the illumination of interior lights and/or headlights of the accessory.

A portable, lightweight racer vehicle. The racer includes a body, a motor and a battery powering the motor, a motorized wheel, a first wheel, and a spring-loaded wheel to cause the motorized wheel to maintain contact with a surface upon which the motorized wheel rotates. The first wheel is larger than the motorized wheel and the spring-loaded wheel. A tube section includes a first half section having a pair of interlocking fingers and a pair of notches; and a second half section having a pair of interlocking fingers and a pair of notches. The two halves are removably snap-fit or press-fit together by joining the pair of interlocking fingers of the first half section with the pair of notches of the second half section while simultaneously joining the pair of interlocking fingers of the second half section with the pair of notches of the first half section. A splitter pipe includes a body having an input port and at least two output ports, and a remotely controlled valve between the input port and the at least two output ports. The splitter pipe is non-opaque, and an inner diameter of the input port does not exceed 2 inches.

Toy track sets for toy vehicles are disclosed. A toy track set for a toy vehicle may include a first track section having a first travel surface and a first tubular connector at a first connecting end of the first travel surface. The toy track set may further include a second track section that is configured to be rotatably coupled to the first tubular connector. The second track section may include a second travel surface having first and second travel portions. The second track section may be configured to rotate relative to the first track section between a first position in which the first travel surface forms a continuous travel path with the first travel portion, and a second position in which the first travel surface forms a continuous travel path with the second travel portion.

A vehicle configured to move through a network of interconnected tubes includes a body, a motor, a motorized wheel, a biasing assembly, and a first element. The motorized wheel directly engages an inner surface of the tubes. The biasing assembly causes the motorized wheel to maintain continuous contact with the inner surface of the tubes during operation. A waist of the vehicle is constrained by an inner diameter (D) of the curved tube, a radius of curvature (R) of the curved tube, and a length (L) of the wheelbase of the vehicle. The waist of the body is sized such that the vehicle can freely move within any of the tubes without getting stuck therein.

A trampoline module for use with a plurality of physically interconnectable marble run modules includes a connecting boss, a concave shell, and a resilient head. The connecting boss is configured to connect to a corresponding connector on at least one of the physically interconnectable marble run modules, and defines a connection direction. The concave shell is arranged at least in part above the connecting boss, and includes a perimeter rim. The resilient head is affixed to the concave shell and over the perimeter rim, such that the resilient head defines a first planar surface. The first planar surface defines a first plane having a first direction perpendicular to the first plane, wherein the first direction and the connection direction are non-parallel.