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A nacelle includes at least a first cowling which at least partially defines an inlet of the nacelle and which at least partially defines an outlet of the nacelle. The first cowling can include a unitary portion that extends continuously from the inlet to the outlet. The nacelle also includes a seco

A nacelle includes at least a first cowling which at least partially defines an inlet of the nacelle and which at least partially defines an outlet of the nacelle. The first cowling can include a unitary portion that extends continuously from the inlet to the outlet. The nacelle also includes a second cowling that at least partially defines the inlet and which translates relative to the first cowling. The nacelle can include a third cowling that at least partially defines the outlet and translates relative to the first cowling.

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1. A nacelle having an inlet, an outlet, and a longitudinal axis extending therebetween, the nacelle comprising: a top cowling disposed on a top portion of the nacelle, defining a first portion of the inlet and a first portion of the outlet of the nacelle, the top cowling extending longitudinally be

1. A nacelle having an inlet, an outlet, and a longitudinal axis extending therebetween, the nacelle comprising: a top cowling disposed on a top portion of the nacelle, defining a first portion of the inlet and a first portion of the outlet of the nacelle, the top cowling extending longitudinally between the inlet and the outlet,a pylon structurally integrated with the top cowling, the top cowling having a lateral width bordered by an inboard longitudinal split and an outboard longitudinal split, the lateral width spanning between 20 degrees and 90 degrees of the circumference of the inlet, wherein the lateral width of the pylon is less than the lateral width of the top cowling;an outlet cowling defining a second portion of the outlet, the outlet cowling comprising a first half rotatably coupled to the inboard side of the top cowling and a second half rotatably coupled to the outboard side of the top cowling, the outlet cowling configured to translate aft along the longitudinal axis;an inlet cowling defining a second portion of the inlet and comprising a third half and a fourth half, the third half rotatably coupled to the inboard side of the top cowling and disposed forward of the first half and a the fourth half rotatably coupled to the outboard side of the top cowling and disposed forward of the second half, anda cascade disposed radially inward of the outlet cowling, the cascade configured to longitudinally translate with respect to the top cowling;a latch mechanism comprising: a capture device;a first C-shaped clasp coupled to a first cascade sleeve; anda second C-shaped clasp coupled to a second cascade sleeve,wherein the first C-shaped clasp and the second C-shaped clasp are configured to receive the capture device,wherein the capture device is rotatable between a first position in which the first cascade sleeve and the second cascade sleeve are secured together, and a second position in which the first cascade sleeve and the second cascade sleeve are independently movable,wherein the top cowling includes an engaging structure configured to guide the longitudinal movement of the inlet cowling,wherein the top cowling and the inlet cowling are slidably engaged by the engaging structure, the engaging structure comprising a track portion comprising a channel and a slider portion slidably disposed within the channel, wherein the channel guides movement of the slider portion relative to the track portion, wherein the track portion is coupled to the top cowling, and the slider portion is coupled to the inlet cowling,wherein the nacelle comprises a transverse split disposed between the inlet cowling and the outlet cowling,wherein the top cowling distances the inboard longitudinal split, the outboard longitudinal split, and the transverse split from the pylon by at least 10 degrees. 2. The nacelle of claim 1 wherein the outlet cowling encloses a thrust reverser system comprising the cascade. 3. The nacelle of claim 1, wherein the outlet cowling includes a translating sleeve. 4. The nacelle of claim 1 wherein at least one of the inlet cowling and the outlet cowling can be translated to provide access to an engine disposed within the nacelle. 5. The nacelle of claim 4, the engaging structure further providing for rotation of the at least one of the inlet cowling and the outlet cowling. 6. A nacelle having an inlet, an outlet, and a longitudinal axis extending therebetween, the nacelle comprising: a top cowling disposed on a top portion of the nacelle and extending between and at least partially defining the inlet and at least partially defining the outlet;an inlet cowling at least partially defining the inlet, the inlet cowling being configured to longitudinally translate relative to the top cowling;a third cowling at least partially defining the outlet, anda cascade disposed radially inward of the third cowling, the cascade configured to longitudinally translate with respect to the top cowling;a latch mechanism comprising: a capture device;a first C-shaped clasp coupled to a first cascade sleeve; anda second C-shaped clasp coupled to a second cascade sleeve,wherein the first C-shaped clasp and the second C-shaped clasp are configured to receive the capture device,wherein the capture device is rotatable between a first position in which the first cascade sleeve and the second cascade sleeve are secured together, and a second position in which the first cascade sleeve and the second cascade sleeve are independently movable,wherein the top cowling includes an engaging structure configured to guide the longitudinal translation of at least one of the inlet cowling and the third cowling, wherein the engaging structure further provides for rotation of at least one of the inlet cowling and the third cowling,wherein the top cowling and the inlet cowling are slidably engaged by the engaging structure, the engaging structure comprising a track portion comprising a channel and a slider portion slidably disposed within the channel, wherein the channel guides movement of the slider portion relative to the track portion, wherein the track portion is coupled to the top cowling, and the slider portion is coupled to the inlet cowling,wherein the nacelle comprises an inboard longitudinal split and an outboard longitudinal split, each disposed between the top cowling and the inlet and outlet cowling, and a transverse split disposed between the inlet cowling and the outlet cowling,wherein the top cowling extends from the inboard longitudinal split to the outboard longitudinal split and spans a lateral width of between 20 degrees and 90 degrees of a circumference of the inlet. 7. The nacelle of claim 6, wherein the inlet cowling comprises at least two sleeves, each sleeve being independently rotatable relative to the top cowling. 8. The nacelle of claim 6, wherein the third cowling comprises at least two sleeves, each sleeve being independently rotatable relative to the top cowling. 9. The nacelle of claim 8, wherein each of the at least two sleeves is independently translatable relative to the top cowling. 10. The nacelle of claim 6 the engaging structure having a first component and a second component slidable relative to the first component, the first component being secured relative to the top cowling and the second component being secured relative to the inlet cowling. 11. The nacelle of claim 6 the engaging structure having a first component and a second component slidable relative to the first component, the first component being secured relative to the top cowling and the second component being secured relative to the third cowling. 12. A nacelle having an inlet, an outlet, and a longitudinal axis extending therebetween, the nacelle comprising: a first cowling disposed on a top portion of the nacelle, at least partially defining the inlet and at least partially defining the outlet; anda second cowling slidingly and rotatably coupled to and supported by the first cowling so as to move between at least a first longitudinal position and a second longitudinal position, the second cowling defining at least a portion of the inlet when in the first position;a latch mechanism comprising: a capture device;a first C-shaped clasp coupled to a first cascade sleeve; anda second C-shaped clasp coupled to a second cascade sleeve,wherein the first C-shaped clasp and the second C-shaped clasp are configured to receive the capture device,wherein the capture device is rotatable between a first position in which the first cascade sleeve and the second cascade sleeve are secured together, and a second position in which the first cascade sleeve and the second cascade sleeve are independently movable,wherein the first longitudinal position and the second longitudinal position are on the same axis,wherein the first cowling includes an engaging structure configured to guide the longitudinal movement of the second cowling,wherein the first cowling and second cowling are slidably engaged by the engaging structure, the engaging structure comprising a track portion comprising a channel and a slider portion slidably disposed within the channel, wherein the channel guides movement of the slider portion relative to the track portion, wherein the track portion is coupled to the first cowling, and the slider portion coupled to the second cowling,wherein the first cowling extends along an entire length of the nacelle, andwherein the first cowling spans a lateral width of between 20 degrees and 90 degrees of a circumference of the inlet. 13. The nacelle of claim 12, wherein the second cowling extends forward of the first cowling when in the second position. 14. The nacelle of claim 12, wherein the second cowling comprises at least two sleeves, each sleeve being independently rotatable relative to the first cowling. 15. The nacelle of claim 12 further comprising a third cowling, the third cowling defining a portion of the outlet. 16. The nacelle of claim 15, wherein the third cowling comprises at least two sleeves, each sleeve being independently translatable relative to the first cowling. 17. The nacelle of claim 16, wherein the at least two sleeves are independently rotatable relative to the first cowling. 18. The nacelle of claim 15 further an engaging structure configured to guide the longitudinal movement of the third cowling.