An anti-torque safety hook, comprising: a main body , having a hook opening passing through the front and back sides thereof, a passage communicating to the right side of said hook opening , a female buckle arranged on said passage , a connection unit arranged below said hook opening , and an energy absorption area (E) arranged on the left side of said hook opening ; a gate member , having a first end mounted on said main body and a second end comprising a male buckle , adapted for being detachably coupled with said female buckle , so as to allow said gate member to open and close said passage ; and a detent member , coupled on said main body and maintained at a first position, so as for ensuring that said gate member closes said passage , wherein when said detent member is operated and switched to a second position, the safety hook is disarmed, so that said gate member is operatable for opening said passage , wherein when said detent member is armed when said gate member closes said passage , when said main body bears a designated torque, said energy absorption area (E) allows said main body to distort in response, so as to ensure that said gate member still close said passage ; wherein said main body has a main arm , a hook arm , and the hook opening defined by connecting said hook arm with the top end of said main arm , wherein the passage is provided and maintained between the free end of said hook arm and the right side of said main arm , wherein said hook arm has the female buckle arranged on the free end thereof, wherein said main arm has the connection unit arranged below said hook opening and the energy absorption area (E) arranged between said connection unit and said hook arm ; wherein said energy absorption area (E) is a channel laterally passing through the left and right side of said main arm and further controlling said female buckle and said passage in the right side of said energy absorption area (E). a main body , having a hook opening passing through the front and back sides thereof, a passage communicating to the right side of said hook opening , a female buckle arranged on said passage , a connection unit arranged below said hook opening , and an energy absorption area (E) arranged on the left side of said hook opening ; a gate member , having a first end mounted on said main body and a second end comprising a male buckle , adapted for being detachably coupled with said female buckle , so as to allow said gate member to open and close said passage ; and a detent member , coupled on said main body and maintained at a first position, so as for ensuring that said gate member closes said passage , wherein when said detent member is operated and switched to a second position, the safety hook is disarmed, so that said gate member is operatable for opening said passage , wherein when said detent member is armed when said gate member closes said passage , when said main body bears a designated torque, said energy absorption area (E) allows said main body to distort in response, so as to ensure that said gate member still close said passage ; wherein said main body has a main arm , a hook arm , and the hook opening defined by connecting said hook arm with the top end of said main arm , wherein the passage is provided and maintained between the free end of said hook arm and the right side of said main arm , wherein said hook arm has the female buckle arranged on the free end thereof, wherein said main arm has the connection unit arranged below said hook opening and the energy absorption area (E) arranged between said connection unit and said hook arm ; wherein said energy absorption area (E) is a channel laterally passing through the left and right side of said main arm and further controlling said female buckle and said passage in the right side of said energy absorption area (E). <EOS>