Abstract: A micromobility device can include a frame having a control device, a head tube, and a top tube. The micromobility device can include a first wheel and a second wheel rotatably coupled with the frame. The bike can include a front light assembly integrally coupled with the head tube and a rear light assembly integrally coupled with the top tube. The bike can include the control device to control an operation of the drive mechanism, the front light assembly, and the rear light assembly. The control device can transmit a first signal to cause the front light assembly to emit light at a first state of a first plurality of states in which the front light assembly emits light, and a second signal to cause the rear light assembly to emit light at a second state of a second plurality of states in which the rear light assembly emits light.

Abstract: A micromobility device can include a propulsion system and a control system communicably coupled to the propulsion system. The control system can detect a user device within a threshold distance of the micromobility device, determine, based on the user device, an operating mode of the propulsion system, receive, via a throttle, a user input to the throttle, modify a signal associated with the user input to the throttle based on the operating mode, and cause the propulsion system to adjust an operating condition of the propulsion system based on the modified signal.

Abstract: A structural battery assembly can include a housing defining a cavity. The housing can include a first battery connector that can form a first structural connection between the housing and a first component of a micromobility device. The structural battery assembly can include a second battery connector that can form a structural connection between the housing and a second component of the micromobility device. The structural battery assembly can include a plurality of battery cells disposed in the cavity. The first battery connector can receive a first force from the first component. The second battery connector can transfer a second force, based at least in part on the first force, to the second component of the micromobility device.

Abstract: A vehicle can include a frame, a first wheel and a second wheel rotatably coupled with the frame, and a drive unit coupled with the frame. The drive unit can include a pedal assembly that can receive mechanical input from a user and a motor generator coupled with the pedal assembly. The motor generator can include a rotor and windings. The motor generator can operate in a generator mode and can vary an amount of resistive torque exerted on the pedal assembly and an amount of power generated per rotation of the rotor. The motor generator can operate in a transducer mode to generate a plurality of torque values, each transmitted to the pedal assembly. A transition between the plurality of torque values can produce a tactile sensation by the pedal assembly. The generator mode and the transducer mode can be operable concurrently and non-concurrently.

Abstract: Systems, methods, and apparatuses of a handlebar assembly are provided. The handlebar assembly can include a frame unit to couple with a frame of a bike. The mechanical frame unit can include a mechanical frame connector. The mechanical frame connector can include a release element to allow the mechanical frame connector to move between a retention position and a release position. The handlebar assembly includes an electrical frame connector. The handlebar assembly includes a handlebar to couple with the frame unit. The handlebar includes a handle to couple with the mechanical frame connector such that the handle extends from the mechanical frame connector. A handlebar connector having a first end to couple with the handle and a second end to couple with the electrical frame connector to couple the handlebar with an electrical system of the bike.

Abstract: An assembly can include a housing. The housing can receive (i) a display assembly and (ii) a carrier assembly. The display assembly can include a selector element. The selector element can adjust a micromobility device between one or more modes to change one or more operations of the micromobility device. The display assembly can include a display device. The display device can present information associated with the micromobility device. The display assembly can be movably coupled with the carrier assembly such that the selector element and the display device move independent from the carrier assembly. The carrier assembly can electrically couple the display assembly with one or more components of the micromobility device. The carrier assembly can provide structural support to the display assembly.

Abstract: A bike can include a frame, a first wheel and a second wheel rotatably coupled with the frame, a drive unit coupled with the frame, and a control device. The drive unit can include a generator and a pedal assembly. The drive unit can rotate the second wheel. The control device can alter an operation of the generator to selectively vary an amount of force to move the pedal assembly to drive the second wheel.

Abstract: An assembly, for an electric bicycle, can include a housing. The housing can receive a first connectivity assembly and a second connectivity assembly. The housing can be disposed at least partially within a frame of the electric bicycle. The first connectivity assembly can house a first antenna. The second connectivity assembly can house a second antenna. The assembly can include at least one processor coupled with memory. The at least one processor can receive, from at least one of the first antenna or the second antenna, an input. The at least one processor can cause the electric bicycle to perform an action based on the input.

Abstract: A micromobility device can include a battery pack having a lock assembly with a handle coupled with a lock interface. The lock interface can define a first opening and a second opening. The handle can rotate the lock interface from a first position to a second position. The battery pack can include an actuator assembly including a first lock mechanism, a second lock mechanism, and an actuator, the actuator can move the second lock mechanism from an unlocked position to a locked position. The first opening can receive the first lock mechanism with the lock interface in the first position and retain the first lock mechanism with the lock interface in the second position. The second opening can receive the second lock mechanism with the lock interface in the second position and the second lock mechanism in the locked position.