The window well cover is a cover that is placed on top of the window well. The window well cover is a screened frame that prevents debris from falling into the window well but allows light to pass into the window well in order to provide natural light to enter cellar environments. The window well cover is fitted with a first door and a second door that allows access into the window well for maintenance purposes. The first door and the second door are secured with a locking latch when closed. The window well cover comprises a first door, a second door, a master panel, and a locking latch. The first door and the second door are mounted on the master panel. The locking latch secures the first door and the second door in the closed position.

A modular step composed of a fiber reinforced thermoplastic. The modular step has a body and two flanges and is configured in size and shape to be detachably affixed to a window well. The modular step mates to the window using a friction fit, mechanical fasteners or tabs/slots. Multiple modular steps can be attached to a single window well. The modular step can be used to facilitate egress through a window well and improves the visual aesthetics of a window well.

A modular step composed of a fiber reinforced thermoplastic. The modular step has a body and two flanges and is configured in size and shape to be detachably affixed to a window well. The modular step mates to the window using a friction fit, mechanical fasteners or tabs/slots. Multiple modular steps can be attached to a single window well. The modular step can be used to facilitate egress through a window well and improves the visual aesthetics of a window well.

A lightweight and durable window well is composed of a long fiber reinforced thermoplastic (LFRT). The lightweight and durable window well has at least some fibers that are omnidirectional relative to the other fibers in the thermoplastic. Additionally, at least some fibers of the LFRT have a length greater than 40 mm. The window well also has a body having a plurality of ribs interposed between a plurality of wall surface portions. Additionally, each rib is positioned between two different wall surface portions and is defined by a variable height and a variable depth. Furthermore, the wall surface portions have a variable thickness that varies from a minimal thickness of less than 3 mm to a maximum thickness of greater than 5 mm, with the wall surface being thicker near the ribs than at portions furthest from the ribs in the wall surface.

A lightweight and durable window well is composed of a long fiber reinforced thermoplastic (LFRT). The lightweight and durable window well has at least some fibers that are omnidirectional relative to the other fibers in the thermoplastic. Additionally, at least some fibers of the LFRT have a length greater than 40 mm. The window well also has a body having a plurality of ribs interposed between a plurality of wall surface portions. Additionally, each rib is positioned between two different wall surface portions and is defined by a variable height and a variable depth. Furthermore, the wall surface portions have a variable thickness that varies from a minimal thickness of less than 3 mm to a maximum thickness of greater than 5 mm, with the wall surface being thicker near the ribs than at portions furthest from the ribs in the wall surface.

Disclosed is a window well mounting system having a non-conductive bracket and a non-conductive seal that helps prevent premature oxidation of window wells. The non-conductive bracket and the non-conductive seal insulate conductive elements to stop the flow of electricity to the window well.

Disclosed is a window well mounting system having a non-conductive bracket and a non-conductive seal that helps prevent premature oxidation of window wells. The non-conductive bracket and the non-conductive seal insulate conductive elements to stop the flow of electricity to the window well.

A modular window well insert is composed of a long fiber reinforced plastic. The modular insert has at least some fibers that are omnidirectional relative to the other fibers in the plastic. The window well insert is configured in size and shape to be attached to an existing window well, having a matching width and depth of the existing window well. In some instances, the module well insert also has a recessed section that facilitates mating the window well insert to the window well.

A modular window well insert is composed of a long fiber reinforced plastic. The modular insert has at least some fibers that are omnidirectional relative to the other fibers in the plastic. The window well insert is configured in size and shape to be attached to an existing window well, having a matching width and depth of the existing window well. In some instances, the module well insert also has a recessed section that facilitates mating the window well insert to the window well.

A window well is composed of a fiber reinforced plastic and an outer layer. The window well also has a body having multiple ribs interposed between multiple wall surface portions. Each rib is positioned between two different wall surface portions and is defined by a corresponding height and depth. The outer layer includes a fabric veil that is at least partially embedded into the thermoplastic. The fabric veil can be made of different types of fabric material. The fabric veil can also have a multi-colored printed pattern that imitates the texture of a natural material. The outer layer of the window well improves the aesthetics of the window well and provides increased durability.