Innovations in Convertible Skateboards

Convertible scooter that can be easily transformed between a seated scooter and a standing scooter configuration. The scooter has a seat that can be rotated to become a handlebar for standing use. This allows the scooter to be used in two different positions without removing any parts. The scooter also has a steering system that can be operated from either position.

A removable cover for a skateboard to change its surface appearance or performance. The cover has a stretchable top piece and rigid side pieces. It can be placed over a skateboard deck and secured to alter the look or ride of the board.

A convertible skateboard/scooter that can be easily switched between skateboard and scooter mode. The skateboard has a pivotable bracket in the front that extends beyond the skateboard length. When folded down it creates a gap to grip the bracket. When folded up it locks into place to form a scooter handle.

A skateboard design that allows flipping the board to convert it for different riding styles and user preferences. The skateboard has a uniquely curved platform that is bent upwardly at one end and downwardly at the other. The trucks can be mounted on either end so that the board can be ridden with the curved end facing upward or downward, enabling different styles of riding depending on the user's preference.

An electric skateboard that can be easily converted between different configurations for commuting, carving, and all-terrain riding. The skateboard has interchangeable components like decks, wheels, and drive systems that can be quickly swapped to adapt the skateboard for different uses. The skateboard also has sensors to measure speed, distance, and acceleration based on motor RPM, wheel size, and gear ratios.

Mobility device with a unique wheel orientation system that allows it to switch between low-speed maneuverability and high-speed stability. The device has four wheels mounted at the corners of a rectangular platform. The wheels can rotate 90 degrees to change the direction of travel. This is achieved using a braking mechanism on each wheel that can be released to allow rotation or engaged to lock the wheel in place. By adjusting the brakes, the wheels can be oriented parallel to the long side of the platform for high-speed straight-line travel or parallel to the short side for low-speed turning in tight spaces.

Apparatus for converting a standard skateboard into a scooter-like board with a handlebar. The apparatus includes a trunnion that mounts to the skateboard deck, a spindle that passes through the trunnion and attaches to the skateboard truck, and a handlebar that clamps onto the spindle above the trunnion. Additional components like a deck stiffener and base plate may be used to reinforce the skateboard deck.

A snowboard that can be converted into a longboard skateboard. The snowboard deck is used as the main component. Two skateboard truck assemblies are mounted to the underside of the deck. Additional support structures may be added to prevent the center of the board from hitting the ground during flexion. This allows the snowboard to function as a longboard skateboard when the trucks are attached. The longboard configuration provides a smooth and stable ride compared to traditional skateboards.

Wheel core assembly for a skateboard or similar recreational device that allows easy reversal of the wheel orientation to extend the life of the wheel. The wheel core has an internal chamber with bearings and a spacer that can be switched to either side. This allows the user to flip the wheel on the axle when one side cones from wear, and use the other side. The bearings are configured for easy removal and installation without special tools.

Motorized toy skateboard that includes a removable motorized rear truck assembly allowing a user to switch between manual and remote control modes. The skateboard has a processor that can interpret the voltage generated when the wheels are manually spun to detect user input. The processor can then play back pre-programmed motions through the motor to provide tactile feedback.

Customizable skateboard with reversible extension providing standing surface options of either a pintail or kicktail at the front and/or rear. A fastening device allows attaching a standing surface extension to convert a pintail to a kicktail or removing it to revert to a pintail. The extension locks securely onto the skateboard for stability. This lets riders customize their skateboard configuration for optimal performance in different riding styles.

A foldable kick board that can be easily folded for compact storage and transportation. The kick board has a footboard, body with wheels, and a handle shaft with adjustable length. The footboard can be folded in two stages to reduce the overall length. The handle shaft is also divided into two sections that can slide and fold separately. This allows the kick board to be folded down to a size similar to the footboard.

Foldable three-wheeled scooter with a folding mechanism that enables compact folding by folding the front fork and rear wheel brackets. The front fork folds using a locking pin in a groove, and the rear wheel brackets fold using a rotating head and pin in a groove. The folding mechanisms have locking pins and grooves to secure them when unfolded. The rear wheel brackets are connected by rods and a buckle that locks them when unfolded.

Removable assembly that can be added to a traditional skateboard to convert it into a surfskate. The assembly improves the skateboard's turning and maneuverability without changing the wheelbase. It consists of a mounted base piece that attaches to the skateboard deck and a tilting front truck unit that connects to the wheels. The tilting truck allows the front wheels to turn more freely and tighten the turning radius. The tilting truck can be adjusted with torsion springs to control the resistance and feel.

A folding skateboard that can be folded and unfolded without using hands or fingers. The skateboard folds essentially in half lengthwise. It has a hinge located perpendicular to the deck edges that allows the deck to fold in half. A locking mechanism holds the hinge in the unfolded position. To fold it, pressure on one end causes the deck to pivot around the hinge with the wheels acting as a fulcrum. This allows the deck to fold in half with the wheels pressing against the opposite deck surface.