A disc brake pad, the disc brake pad comprising: a pad pin receiver (23, 23a-23h); a back plate (15, 15a-15e) including a pin insertion portion (16, 16a-16c) constituted by an insertion hole or a notch for engaging with a pin inserted into the pin insertion portion (16, 16a-16c), the pin insertion portion (16, 16a-16c) being configured to engage with the pin inserted into the pin insertion portion (16, 16a-16c) during braking; and a friction member supported on a front surface of the back plate (15, 15a-15e), wherein the pad pin receiver (23, 23a-23h) is attached to an inner side of the pin insertion portion (16, 16a-16c), characterised in that the pad pin receiver (23, 23a-23h) comprises: a body plate attached to an inner side of the pin insertion portion (16, 16a-16c), body plate covers a portion of an inner peripheral surface of the pin insertion portion (16, 16a-16c), wherein the pad pin receiver (23, 23a-23h) further comprises: a bent plate that is bent at least one end portion of the body plate in a length direction of the body plate , wherein when the body plate is attached to the pin insertion portion (16, 16a-16c), the body plate extends in a thickness direction of the back plate (15, 15a-15e), and the bent plate overlaps with the back plate (15, 15a-15e) in the thickness direction of the back plate (15, 15a-15e). a pad pin receiver (23, 23a-23h); a back plate (15, 15a-15e) including a pin insertion portion (16, 16a-16c) constituted by an insertion hole or a notch for engaging with a pin inserted into the pin insertion portion (16, 16a-16c), the pin insertion portion (16, 16a-16c) being configured to engage with the pin inserted into the pin insertion portion (16, 16a-16c) during braking; and a friction member supported on a front surface of the back plate (15, 15a-15e), wherein the pad pin receiver (23, 23a-23h) is attached to an inner side of the pin insertion portion (16, 16a-16c), characterised in that the pad pin receiver (23, 23a-23h) comprises: a body plate attached to an inner side of the pin insertion portion (16, 16a-16c), body plate covers a portion of an inner peripheral surface of the pin insertion portion (16, 16a-16c), wherein the pad pin receiver (23, 23a-23h) further comprises: a bent plate that is bent at least one end portion of the body plate in a length direction of the body plate , wherein when the body plate is attached to the pin insertion portion (16, 16a-16c), the body plate extends in a thickness direction of the back plate (15, 15a-15e), and the bent plate overlaps with the back plate (15, 15a-15e) in the thickness direction of the back plate (15, 15a-15e). a body plate attached to an inner side of the pin insertion portion (16, 16a-16c), body plate covers a portion of an inner peripheral surface of the pin insertion portion (16, 16a-16c), wherein the pad pin receiver (23, 23a-23h) further comprises: a bent plate that is bent at least one end portion of the body plate in a length direction of the body plate , wherein when the body plate is attached to the pin insertion portion (16, 16a-16c), the body plate extends in a thickness direction of the back plate (15, 15a-15e), and the bent plate overlaps with the back plate (15, 15a-15e) in the thickness direction of the back plate (15, 15a-15e). <EOS>