A multi-functional baby carrycot is provided, which relates to the technical field of baby products. The multi-functional baby carrycot includes: a carrycot; stroller supports, rotatably mounted at both sides of the carrycot and used to support the carrycot so that the carrycot is used as a stroller, where the stroller supports can rotate with respect to the carrycot so as to be folded, so that the baby stroller is used as a safety seat; and ISOFIX hard interface devices, mounted at the bottom of the carrycot, and connected to a car seat when the baby stroller is used as the safety seat. The ISOFIX hard interface devices are mounted at the bottom of the carrycot, and can rotate with respect to the carrycot so as to be folded at one side of the carrycot or unfolded outwards.

A child stroller is provided in the present disclosure. A frame of the child stroller includes a first bracket and a second bracket that are foldable. The first bracket is provided with an engaging member, the engaging member includes a first engaging portion and a second engaging portion, and the first engaging portion is configured to be detachably engaged with a child carrier. The second bracket is provided with a locking portion, and when the first bracket and the second bracket are in a folded state, the locking portion and the second engaging portion are detachably engaged with each other to lock the first bracket and the second bracket in the folded state.

Embodiments include strollers having removable seats. An example stroller may include rear wheels, front wheels, and a frame including a handle portion, a rear wheel support portion, a front wheel support portion and a folding mechanism connecting the front wheel support portion and the handle portion in both an unfolded configuration and in a folded configuration. The frame may include a stroller seat support portion positioned at a first vertical position adjacent the handle portion, and a front seat attachment configured for attachment to the front wheel support portion at a second vertical position substantially lower than the first vertical position. The front seat attachment may be configured to support the front stroller seat substantially over the front wheels so that a center of gravity of the stroller system is between the front wheels and the rear wheels.

Embodiments include strollers having removable seats. An example stroller may include rear wheels, front wheels, and a frame including a handle portion, a rear wheel support portion, a front wheel support portion and a folding mechanism connecting the front wheel support portion and the handle portion in both an unfolded configuration and in a folded configuration. The frame may include a stroller seat support portion positioned at a first vertical position adjacent the handle portion, and a front seat attachment configured for attachment to the front wheel support portion at a second vertical position substantially lower than the first vertical position. The front seat attachment may be configured to support the front stroller seat substantially over the front wheels so that a center of gravity of the stroller system is between the front wheels and the rear wheels.

A system including an adapter configured to releasably couple a rider board to stroller that has at least one support bar. The adapter is configured to be coupled to a frame of the stroller, where the adapter includes an engagement bar configured to be positioned rearwardly of a portion of the frame to which the adapter is coupled. The adapter includes a body having a recess configured to closely receive the at least one support bar of the stroller therein.

A system including an adapter configured to releasably couple a rider board to stroller that has at least one support bar. The adapter is configured to be coupled to a frame of the stroller, where the adapter includes an engagement bar configured to be positioned rearwardly of a portion of the frame to which the adapter is coupled. The adapter includes a body having a recess configured to closely receive the at least one support bar of the stroller therein.

A snapping structure is provided, which is configured to detachably mount a body to a support frame. The snapping structure includes a locking member movably disposed on the body and a positioning member disposed on the support frame and mated with the locking member. The locking member is movable to be locked to the positioning member, so as to mount the body to the support frame, or the locking member is movable to be unlocked from the positioning member, so as to separate the body from the support frame.

A snapping structure is provided, which is configured to detachably mount a body to a support frame. The snapping structure includes a locking member movably disposed on the body and a positioning member disposed on the support frame and mated with the locking member. The locking member is movable to be locked to the positioning member, so as to mount the body to the support frame, or the locking member is movable to be unlocked from the positioning member, so as to separate the body from the support frame.

A footrest is provided for a child riding on a tricycle. The footrest has a housing having a foot platform and a retaining assembly. The foot platform has a top surface and a bottom surface, wherein the top surface is adapted to receive a foot of the user. The retaining assembly is adapted to separately engage one of a fork of the tricycle, a fender for the front wheel of the tricycle, and a crank of the tricycle. Additionally, the footrest does not engage the tricycle body extending between the front fork and the rear wheels of the tricycle.

A riding board apparatus configured to be mounted to a stroller is provided. The riding board apparatus includes a platform, at least one mounting arm extending from the platform, and a seat mounted onto the platform and is configured to be convertible between a sitting configuration and a stowable configuration.