A toy track of the invention includes a base member, a track member having a track surface portion where a toy vehicle can travel and biased into a deployed state where the track surface portion slopes down to a front relative to the base member, a lid member connected to the base member to be opened and closed and having a locked portion, and a locking member having a releasing projection disposed on the track surface portion of the track member in a stowed state and a locking portion for locking the locked portion to hold the lid member in a closed state. The lid member biases the track member into the stowed state when in the closed state, and the locking member releases locking of the locking portion on the locked portion when the releasing projection is pressed by the toy vehicle entering the track surface portion.

A double-sided toy vehicle comprises a vehicle body, a driving mechanism, a transmission mechanism, a driven wheel set, a first driving wheel set and a second driving wheel set, in which the transmission mechanism comprises a reverse gear, a double gear, a transition gear, a first output gear and a second output gear; the reverse gear meshes with a rotating shaft gear of an electrical motor of the driving mechanism, and provided with an axial gear protruding axially and meshing with a first gear of the double gear; the double gear is provided at a position between the first output gear and the second output gear, achieving transmission of power of the electrical motor; the first output gear meshes with a second gear of the double gear through the transition gear, and the second output gear directly meshes with the second gear of the double gear to achieve the transmission.

A double-sided toy vehicle comprises a vehicle body, a driving mechanism, a transmission mechanism, a driven wheel set, a first driving wheel set and a second driving wheel set, in which the transmission mechanism comprises a reverse gear, a double gear, a transition gear, a first output gear and a second output gear; the reverse gear meshes with a rotating shaft gear of an electrical motor of the driving mechanism, and provided with an axial gear protruding axially and meshing with a first gear of the double gear; the double gear is provided at a position between the first output gear and the second output gear, achieving transmission of power of the electrical motor; the first output gear meshes with a second gear of the double gear through the transition gear, and the second output gear directly meshes with the second gear of the double gear to achieve the transmission.

A relay segment for a toy track set, the relay segment having: an incoming track segment pivotally mounted to the relay segment for adjustable movement with respect to the relay segment in a first plane; a trigger movably mounted to the relay segment for movement between a first position and a second position, the trigger being located proximate to the incoming track segment such that a portion of the trigger is positioned above the incoming track segment, wherein the portion moves away from the incoming track segment as the trigger is moved from the first position to the second position; and a launching element for launching a vehicle away from the relay segment when the trigger is moved from the first position to the second position.

A toy vehicle track set is disclosed herein. The track set includes at least one track section and a support that can hold the track section in a particular orientation or position relative to a support surface. In one embodiment, the support includes a base, a support member that is coupleable to the base, and a coupler that is connected to the support member. The track section can be engaged with the coupler which is movably mounted to the support member.

A toy racetrack having an obstacle that is moved into and out of the path of a toy vehicle travelling along the racetrack is provided. The racetrack includes a closed loop track and may include a booster mechanism for propelling a toy vehicle along the track. The obstacle may be formed by a movable web or net with an opening that can be used to catch a toy vehicle traveling along the track. A support tower is located adjacent the track, and an obstacle carrier, optionally including an action figure, is movably mounted to the support tower. The figure holds the net, and the figure and net are movable between a raised position and a lowered position. When the net is in its lowered position, a toy vehicle traveling along the track is captured by the net when the net is manually positioned in a capture position.

A toy racetrack including a partial loop section is configured to maintain a partial loop configuration when maintained in an unloaded, freestanding configuration, and to collapse when in a loaded state in which a toy vehicle passes over such partial loop section. When a force is applied to the upper section of the pathway from a traversing toy vehicle, the added force shifts the center of gravity past the balancing point that maintains the partial loop section in its freestanding configuration, and the partial loop section collapses. A spring-loaded head may be provided at the end of the upper portion of the partial loop section, and may be configured to spring away from the partial loop section when contacted by a toy vehicle. A wind-up motor may be provided that drives a diverter in the base of the partial loop section, which may direct a toy vehicle through the partial loop section or onto an alternative racetrack path.

A remote control vehicle, a remote control for use in controlling the vehicle, and an arena in which the vehicle can be operated, via the remote control, to engage stunts and perform acrobatic maneuvers are provided. The remote control has a charging port for receiving and charging a battery configured for use with the remote control vehicle. And, the arena includes stunts and fences disposed along part of an outer portion of the arena. The remote control vehicle is operable, via the remote control, in the arena to engage the stunts and perform acrobatic maneuvers within the arena.

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 track system includes a lifting apparatus, a releasing apparatus, and a stunt apparatus. The lifting apparatus includes a drive wheel rotatable to pull a carrier line attached to a carrier including a vehicle holder that is positioned for holding a toy vehicle. The release apparatus includes a stop structure attached to the track that engages the carrier to actuate calipers of the vehicle holder to release the vehicle. The stunt apparatus includes a plurality of stunt track segments attached to a rotary indexer. The rotary indexer allows the stunt track segments to be rotated about an axis that is substantially parallel to a travel direction defined by the toy track to align each of the stunt track segments individually with the toy track to form a continuous travel path.