Abstract: A molding apparatus and method for use are provided for covering a seam extending between roof and side panels of a vehicle, the panels including opposing shoulders adjacent the seam defining a ditch. The apparatus includes a section of molding including first and second ends, an upper surface including a painted finish, and a lower surface. Mounts extend from the lower surface that are spaced apart from one another. Flexible trim extends along side edges of the molding between the first and second ends. In addition, a roof rack member extends from the upper surface of the molding. During use, the molding is mounted to the vehicle at a plurality of discrete locations, e.g., by the mounts, such that the molding extends along the ditch without touching the shoulders. The trim extends from the side edges to contact the shoulders of the ditch.

Abstract: A cargo tie-down includes an enlarged head on a first end of a shaft a ring, and a “T” shaped foot on a second end of the shaft. A housing is slidably mounted to the shaft that is biased to move away from the head for engaging a rail between the housing and the foot. A track includes a pair of rails defining a slot extending along a longitudinal axis, and spaced-apart notches within the slot. The foot is inserted into the slot with the foot parallel to the longitudinal axis, the head is depressed, the tie-down is rotated until the foot is oriented transversely to the longitudinal axis, and the head is released. The tie-down is slid along the rail member until the foot is received in notches, thereby securing the tie-down to the rail member.

Abstract: A cargo tie-down includes an enlarged head on a first end of a shaft a ring, and a “T” shaped foot on a second end of the shaft. A housing is slidably mounted to the shaft that is biased to move away from the head for engaging a rail between the housing and the foot. A track includes a pair of rails defining a slot extending along a longitudinal axis, and spaced-apart notches within the slot. The foot is inserted into the slot with the foot parallel to the longitudinal axis, the head is depressed, the tie-down is rotated until the foot is oriented transversely to the longitudinal axis, and the head is released. The tie-down is slid along the rail member until the foot is received in notches, thereby securing the tie-down to the rail member.

Abstract: An adjustable attachment device for mounting an accessory, such as a bicycle, ski, or cargo rack, to a frame, such as an automobile roof rack. The device includes an elongate pin rotatably mounted across an aperture in a housing to which one end of a strap is attached, the pin having a shaft about which the strap is wound. A collar having a ratcheted perimeter is coupled to the pin. A capsule, having a cavity therein for receiving the collar, is attached to the housing, the capsule including teeth therein for engaging the ratcheted perimeter of the collar. A tool may be directed through an opening in the capsule into the cavity to direct the collar axially for disengaging the ratcheted perimeter from the teeth and to rotate the collar and pin.

Abstract: A ski-carrier module and module attachment apparatus for attaching the ski-carrier module to the bars of a pre-existing modular vehicle roof rack system. The ski-carrier module comprises upward-facing ski pole receptors placed on a lower arm thereby simplifying insertion of ski poles into a ski rack, as well as a hinge assembly capable of being locked and unlocked into multiple raised positions enabling the insertion of skis and ski poles into the ski-carrier module unobstructed by the position of the upper arm of the ski-carrier module. The attachment apparatus for attaching the module to a roof rack bar comprising two wrap-around attachment anchors which are placed around the roof rack bar and then inserted into their corresponding anchor head aperture and anchor head slot. The aperture and slot are located on the underside of the lower arm of the module.

Abstract: A ski-carrier module and module attachment apparatus for attaching the ski-carrier module to the bars of a pre-existing modular vehicle roof rack system. The ski-carrier module comprises upward-facing ski pole receptors placed on a lower arm thereby simplifying insertion of ski poles into a ski rack, as well as a hinge assembly capable of being locked and unlocked into multiple raised positions enabling the insertion of skis and ski poles into the ski-carrier module unobstructed by the position of the upper arm of the ski-carrier module. The attachment apparatus for attaching the module to a roof rack bar comprising two wrap-around attachment anchors which are placed around the roof rack bar and then inserted into their corresponding anchor head aperture and anchor head slot. The aperture and slot are located on the underside of the lower arm of the module.

Abstract: An adjustable article carrier track mount system that compensates for the cross-line radius or fall-away slope of a vehicle roof and easily and effectively locks the adjustable article carrier in place, has an elongated track, an end support operably connected to the track and adapted to slidably receive a crossbar, to slide longitudinally along the track, and rotate about the longitudinal axis of the track. To facilitate locking the adjustable article carrier in place, the track mount system includes a locking mechanism that is slidably received in the track and operably connected to the end support. The locking mechanism includes opposed wedges and a device adapted to force one of the wedges against another wedge to lock the locking mechanism within the track and thus the end support at a desired position along the track.

Abstract: A two piece attachment clip for attaching a roof-mounted rack system to a vehicle. The attachment clip comprises a bottom portion that is attached to the weld seam flange of the vehicle, and a top portion that detachably locks into the bottom portion and engages a strap that holds the rack system onto the roof of the vehicle.

Abstract: A ride-ready bicycle carrier system designed to be removably attached to an existing vehicle roof rack system. The carrier system comprises a support arm assembly attached to a support arm pivot. The support arm assembly has a support arm, an upper hook, a lower hook and a ball lock. One end of the support arm is adapted to receive the upper hook and the other end of the support arm is connected to the support arm pivot. One end of the upper hook is shaped to engage the upper lateral bar of a bicycle frame and the other end of the upper hook is adapted to engage the ball lock and inserts into the ball lock and then into the upper end of the support arm. The ball lock is adapted to receive the upper hook. The ball lock secures the upper hook in a fixed position when the upper hook is engaged to the upper lateral bar of a bicycle frame.

Abstract: An adjustable article carrier track mount system that compensates for the cross-line radius or fall-away slope of a vehicle roof and easily and effectively locks the adjustable article carrier in place, has an elongated track, an end support operably connected to the track and adapted to slidably receive a crossbar, to slide longitudinally along the track, and rotate about the longitudinal axis of the track. To facilitate locking the adjustable article carrier in place, the track mount system includes a locking mechanism that is slidably received in the track and operably connected to the end support. The locking mechanism includes opposed wedges and a device adapted to force one of the wedges against another wedge to lock the locking mechanism within the track and thus the end support at a desired position along the track.

Abstract: A ride-ready bike carrier system has a support arm and handle assembly attached to a rear wheel holder via an extension arm, such that the handle assembly can engage a bike frame and wheel axle combination to further secure and stabilize a bike upon the system. The support arm and handle assembly, as well as the rear wheel holder, can be positioned such that the system can secure and stabilize bikes having wheels of differing size. Furthermore, since the handle assembly engages a portion of the bicycle which, for the most part, is consistent in size and design from one manufacturer to another, design incompatibilities are minimized.