An escapement for a timepiece comprising: an escape wheel that is configured to rotate about a shaft center (C1) and comprises a plurality of teeth and a torque applying member that applies torque; and a anchor that oscillates, and comprises an entry pallet jewel and an exit pallet jewel , wherein the entry pallet jewel switches a rotation of the escape wheel and a stop of the escape wheel and receives torque from the escape wheel by contacting a tooth of the teeth , and the exit pallet jewel at least switches the rotation of the escape wheel and the stop of the escape wheel , wherein the escape wheel and a balance apply and receive torque only via the anchor , and, wherein in addition to the entry pallet jewel and the exit pallet jewel , the anchor comprises a torque receiving member that receives torque from the torque applying member by contacting the torque applying member , characterised in that the exit pallet jewel comprises an impact surface that is inclined to face an outside of the anchor , a stop surface that stops the escape wheel , the stop surface being a side closer from the shaft center (C2) of the anchor , an outer surface being a side farther away from the shaft center (C2) of the anchor , and a first locking corner that connects the impact surface and the stop surface , and a second locking corner that connects the impact surface and the outer surface , wherein the stop surface which contacts the tooth to stop the rotation of the escape wheel of the exit pallet jewel is formed longer than the outer surface of the exit pallet jewel , wherein the impact surface is inclined such that a normal line (P) of the impact surface between the first locking corner of the stop surface and the second locking corner of the outer surface extends in the direction away from the shaft center (C2), wherein torque is applied from a tooth of the teeth of the escape wheel to the exit pallet jewel by a surface of the tooth contacting the locking corner . an escape wheel that is configured to rotate about a shaft center (C1) and comprises a plurality of teeth and a torque applying member that applies torque; and a anchor that oscillates, and comprises an entry pallet jewel and an exit pallet jewel , wherein the entry pallet jewel switches a rotation of the escape wheel and a stop of the escape wheel and receives torque from the escape wheel by contacting a tooth of the teeth , and the exit pallet jewel at least switches the rotation of the escape wheel and the stop of the escape wheel , wherein the escape wheel and a balance apply and receive torque only via the anchor , and, wherein in addition to the entry pallet jewel and the exit pallet jewel , the anchor comprises a torque receiving member that receives torque from the torque applying member by contacting the torque applying member , characterised in that the exit pallet jewel comprises an impact surface that is inclined to face an outside of the anchor , a stop surface that stops the escape wheel , the stop surface being a side closer from the shaft center (C2) of the anchor , an outer surface being a side farther away from the shaft center (C2) of the anchor , and a first locking corner that connects the impact surface and the stop surface , and a second locking corner that connects the impact surface and the outer surface , wherein the stop surface which contacts the tooth to stop the rotation of the escape wheel of the exit pallet jewel is formed longer than the outer surface of the exit pallet jewel , wherein the impact surface is inclined such that a normal line (P) of the impact surface between the first locking corner of the stop surface and the second locking corner of the outer surface extends in the direction away from the shaft center (C2), wherein torque is applied from a tooth of the teeth of the escape wheel to the exit pallet jewel by a surface of the tooth contacting the locking corner . <EOS>