A wind turbine blade transportation arrangement, comprising: a dolly; and a clamp secured to the dolly, characterized in that 2. the clamp includes: a frame having a lower portion coupled to the dolly and an upper portion selectively rotatable relative to the lower portion; at least one saddle positioned on the lower portion of the frame; at least one jaw movably positioned on the upper portion of the frame; and at least one jaw actuator operatively coupled to the at least one jaw and configured to move the at least one jaw relative to the at least one saddle to apply a clamping force on a blade positioned between the at least one saddle and the at least one jaw, wherein the at least one jaw actuator is configured to extend the at least one jaw toward the at least one saddle in response to the clamping force being less than or equal to a predetermined minimum threshold clamping force, wherein the clamp further includes at least one energy storage device configured to selectively store and release energy from and to the at least one jaw actuator, said energy storage device including at least one hydraulic accumulator (220a-d), wherein the at least one energy storage device is configured to release energy to the at least one jaw actuator in response to the clamping force being less than or equal to the predetermined minimum threshold clamping force. a dolly; and a clamp secured to the dolly, characterized in that 2. the clamp includes: a frame having a lower portion coupled to the dolly and an upper portion selectively rotatable relative to the lower portion; at least one saddle positioned on the lower portion of the frame; at least one jaw movably positioned on the upper portion of the frame; and at least one jaw actuator operatively coupled to the at least one jaw and configured to move the at least one jaw relative to the at least one saddle to apply a clamping force on a blade positioned between the at least one saddle and the at least one jaw, wherein the at least one jaw actuator is configured to extend the at least one jaw toward the at least one saddle in response to the clamping force being less than or equal to a predetermined minimum threshold clamping force, wherein the clamp further includes at least one energy storage device configured to selectively store and release energy from and to the at least one jaw actuator, said energy storage device including at least one hydraulic accumulator (220a-d), wherein the at least one energy storage device is configured to release energy to the at least one jaw actuator in response to the clamping force being less than or equal to the predetermined minimum threshold clamping force. a frame having a lower portion coupled to the dolly and an upper portion selectively rotatable relative to the lower portion; at least one saddle positioned on the lower portion of the frame; at least one jaw movably positioned on the upper portion of the frame; and at least one jaw actuator operatively coupled to the at least one jaw and configured to move the at least one jaw relative to the at least one saddle to apply a clamping force on a blade positioned between the at least one saddle and the at least one jaw, wherein the at least one jaw actuator is configured to extend the at least one jaw toward the at least one saddle in response to the clamping force being less than or equal to a predetermined minimum threshold clamping force, wherein the clamp further includes at least one energy storage device configured to selectively store and release energy from and to the at least one jaw actuator, said energy storage device including at least one hydraulic accumulator (220a-d), wherein the at least one energy storage device is configured to release energy to the at least one jaw actuator in response to the clamping force being less than or equal to the predetermined minimum threshold clamping force.