An intervertebral implant configured to be inserted into an intervertebral space disposed between first and second vertebrae, the intervertebral implant comprising: a first endplate having a front end and a rear end that is rearwardly spaced from the front end along a longitudinal direction, the first endplate including a first endplate body, a first articulation member that is supported by the first endplate body at a location proximate to the front end, and at least one second articulation member that is supported by the first endplate body at a location proximate to the rear end, the at least one second articulation member defining a second articulation surface that defines first and second contact locations (71a; 71b); a second endplate having a front end and a rear end spaced from the front end along the direction of insertion into the intervertebral space, the second endplate including a second endplate body, a third articulation member supported by the second endplate body at a location proximate to the front end of the second endplate, and a fourth articulation member supported by the second endplate body at a location proximate to the rear end of the second endplate, the fourth articulation member defining first and second side walls (84a; 84b) that define respective first and second contact locations (88a; 88b) that contact the first and second contact locations (71a; 71b), respectively, of the second articulation surface; wherein the first and second articulation members (58; 60) ride along the third and fourth articulation members (62; 64), respectively, such that rotation of the first endplate about a first axis of rotation that is substantially perpendicular to the longitudinal direction causes 1) the first contact location of the second articulation surface to ride along the first contact location of the first side wall of the fourth articulation member in an upward direction, and 2) the second contact location of the second articulation surface to ride along the second contact location of the second side wall of the fourth articulation member in a downward direction, thereby inducing rotation of the first endplate about a second axis of rotation that is substantially perpendicular to the first axis of rotation. a first endplate having a front end and a rear end that is rearwardly spaced from the front end along a longitudinal direction, the first endplate including a first endplate body, a first articulation member that is supported by the first endplate body at a location proximate to the front end, and at least one second articulation member that is supported by the first endplate body at a location proximate to the rear end, the at least one second articulation member defining a second articulation surface that defines first and second contact locations (71a; 71b); a second endplate having a front end and a rear end spaced from the front end along the direction of insertion into the intervertebral space, the second endplate including a second endplate body, a third articulation member supported by the second endplate body at a location proximate to the front end of the second endplate, and a fourth articulation member supported by the second endplate body at a location proximate to the rear end of the second endplate, the fourth articulation member defining first and second side walls (84a; 84b) that define respective first and second contact locations (88a; 88b) that contact the first and second contact locations (71a; 71b), respectively, of the second articulation surface; wherein the first and second articulation members (58; 60) ride along the third and fourth articulation members (62; 64), respectively, such that rotation of the first endplate about a first axis of rotation that is substantially perpendicular to the longitudinal direction causes 1) the first contact location of the second articulation surface to ride along the first contact location of the first side wall of the fourth articulation member in an upward direction, and 2) the second contact location of the second articulation surface to ride along the second contact location of the second side wall of the fourth articulation member in a downward direction, thereby inducing rotation of the first endplate about a second axis of rotation that is substantially perpendicular to the first axis of rotation.