A resistance-band exercise monitoring device includes a first force sensor that senses a first force applied to a first resistance band, a second force sensor that senses a second force applied to a second resistance band, a single electronics module with a single transceiver for wirelessly communicating with a remote device, and a flexible strap physically coupling with the first and second resistance bands. The flexible strap has conductive pathways electrically coupling the force sensors to the single electronics module. The single electronics module communicates values indicative of the first and second forces to the remote device via the single transceiver. The flexible strap does not stretch and protects the conductive pathways from excessive stress. The resistance-band exercise monitoring device may be configured in multiple ways to perform a wide variety of exercises.

An exercise system includes a handle having a shaft, a head, a spindle, and a loop. The shaft extends from a first end to a second end. The head has a top, a bottom, a front, and a rear, the top opposite the bottom, the front opposite the rear, the bottom of the head affixed to the second end of the shaft. The spindle has a ring and is positioned at the front of the head with the spindle rotatably supported upon the head. The loop is affixed to the top of the head. The exercise system includes one or more elastic exercise cords configured to selectively connect to the loop or the ring. The exercise system may include one or more kettleballs configured to selectively connect to the one or more elastic exercise cords. The kettleballs and/or elastic exercise cords may be moved in a circular motion.

The spherical dynamic resistance device enables simultaneous strength, core and cardiovascular training. The device includes a cavity whereby resistance bands are stored. By removing a band and connecting it to the exterior of the device at an attachment point and thereafter attaching the other end of the resistance band to a fixed point a user can engaged device to conduct a full body workout. The cavity within the device can also retain a mass element adding weight to the device thereby customizing the weight of the spherical dynamic resistance device. A serpentine channel associated with the outer portion of the device enables a user to grip the device while engaging hand, arm and core muscles. By gripping the device and through various motions that pull opposite of the resistance band while supporting the spherical dynamic resistance device of various weights, a user is able to attain a full body workout.

A resistance-band exercise monitoring device includes a first force sensor that senses a first force applied to a first resistance band, a second force sensor that senses a second force applied to a second resistance band, a single electronics module with a single transceiver for wirelessly communicating with a remote device, and a flexible strap physically coupling with the first and second resistance bands. The flexible strap has conductive pathways electrically coupling the force sensors to the single electronics module. The single electronics module communicates values indicative of the first and second forces to the remote device via the single transceiver. The flexible strap does not stretch and protects the conductive pathways from excessive stress. The resistance-band exercise monitoring device may be configured in multiple ways to perform a wide variety of exercises.

The present disclosure relates to a modular strap-based exercise apparatus, kit, and method of use thereof, and more particularly to an apparatus, kit, and method for modularly connecting components of a strap-based exercise device. In an embodiment, the strap-based exercise apparatus includes one or more infinity loops configured to attach various portions of the exercise apparatus together. The exercise apparatus may be provided as a kit including an elongated member, a grip assembly, and one or more mechanisms for adjusting the length of a strap and connecting straps together.

The present invention relates to novel apparatus for adjusting the length of a resistance band portion of an exercise apparatus without disconnecting the band from the apparatus, such as an exercise apparatus having a resistance band slidingly coupled between a parachute-like safety device and a user handle.

Presented is a portable full body work out system for indoor and outdoor uses. The system includes a pair of mounts configurable over an intended surface, a pair of bracket assembles releasably mountable over the mounts, a strap with extending around one or more pulleys of one of the bracket assemblies and operatively connecting to a securing device, a resistance band releasably mountable around a retainer member of one of the bracket assemblies and another coupled to the securing device. The securing device is selectively operated during initial set up to allow the user to adopt to an appropriate position to connect an external exercising accessory to the strap for performing an exercise. The user is able to select the desired resistance for the exercise, or reduce the selected resistance, or combine resistances for even greater resistance by selecting appropriate resistance bands, and/or changing the tension applied on the strap.

An apparatus for improving flexibility and its method of use are provided. The apparatus features a flexible member, which can have varying degrees of stiffness and flexibility, based on user preference. Further, the apparatus features a first and second auxiliary grip, as well as a first and second primary grip. In conjunction, these grips provide a vast multitude of ways to grip the apparatus, enabling it to be used in a wide variety of stretches and exercises, promoting strength as well as joint mobility and flexibility.

An adjustable resistance exercise machine for providing variable resistance forces on a pull cable extending from the machine. The adjustable resistance exercise machine generally includes a plurality of power springs that may be selectively engaged using a cam mechanism. By engaging springs with different forces, the resistance may be adjusted incrementally as preferred for performing different exercises. The adjustable resistance exercise machine may be connected to various structures, either below or above an exerciser, to allow the exerciser to choose whether to pull the pull cable up or down during exercise.

A fully portable exercise system and apparatus utilized for exercising, stretching, and training multiple muscle groups of the body of a user. The apparatus has at least one closeable pocket and fixation rings for securing and carrying accessories, such as attachable handgrips, adjustable suspension straps or lines, and elastic bands. Another configuration illustrates a suspension training system comprising non-elastic suspension sub-assemblies, elastic suspension sub-assemblies and handgrips, configurable with or without the portable exercise apparatus. The apparatus and methods of use provide the user with a plurality of configurations for assisted exercise regimens and the flexibility to exercise anywhere. The apparatus is adaptable to be worn about the waist of a user, carried as a bandolier about the user's body or utilized as a releasably fixed suspension trainer.