Abstract: A failsafe engine mount (19) that includes a first link (45), a second link (47), a third link (53), four upper connection locations (39a), (39b), (39c), (39d) on an upper fitting (31), and four lower connection locations (75a), (75b), (75c), (75d) on a clevis strip (73) of an engine casing (71), is disclosed. The first link (45) connects the first upper connection location (39a) with the first lower connection location (75a). The second link (47) has a first arm (49) that connects the second lower connection location (75b) with the second upper connection location (39b). The second link (47) further includes a second arm (51) that connects the second upper connection location (39b) with the third lower connection location (75c). The third link (53) has a first arm (55) that connects the third upper connection location (39c) with the fourth upper connection location (39d).

Abstract: A fail-safe thrust mount (24) to attach a forward engine frame (16) to an aft engine mount (20) upper fitting (40). The thrust mount includes first and second thrust links (30), (32) attached to opposed first and second lateral ends (26), (28) of an evener bar (34), respectively. A center clevis (36) extends forwardly from the forward abutment surface (38) of the upper fitting (40). The center clevis (36) accepts a center portion (42) of the evener bar (34) and secures the evener bar therein using first and second connection mechanisms. The first connection mechanism is located forward of the second connection mechanism with respect to an airplane frame of reference. The first connection mechanism preferably includes a primary pin (44) inserted snugly through the center clevis (36) and through a primary pin hole (58) in the evener bar.

Abstract: A fail-safe engine mount (19) that includes a first link (45), a second link (47), a third link (53), a fourth link (59), five upper connection locations (39a), (39b), (39c), (39d), (39e) on an upper fitting (31), and five lower connection locations (75a), (75b), (75c), (75d), (75e) on a clevis strip (73) of an engine casing (71) is disclosed. The upper fitting(31) includes structurally reinforced rib elements(35) which intersect to form structural nodes (37). The first link (45) connects the first upper connection location (39a) with the first lower connection location (75a). The second link (47) has a first arm (49) that connects the second upper connection location (39b) with the second lower connection location (75b). The second link (47) carries loads during a failure of either the first link (45) or the third link (53). The second link (47) further includes a second arm (51) for stabilizing the first arm (49).

Abstract: A fail-safe engine mount (19) that includes a first link (45), a second link (47), a third link (53), four upper connection locations (39a), (39b), (39c), (39d) on an upper fitting (31), and four lower connection locations (75a), (75b), (75c), (75d) on a clevis strip (73) of an engine casing (71), is disclosed. The upper fitting (31) includes structurally reinforced rib elements (35) which aid in controlling the alignment of the force vectors created by engine loads. The first link (45) connects the first upper connection location (39a) with the first lower connection location (75a). The second link (47) has a first arm (49) that connects the second lower connection location (75b) with the second upper connection location (39b). The second link (47) further includes a second arm (51) that connects the second upper connection location (39b) with the third lower connection location (75c). The second link (47) carries loads during a failure of either the first link (45) or the third link (53).