A resin-made fuel inlet pipe for a fuel transport piping from a filler opening to a fuel tank in a vehicle, comprising: a tubular inner layer; and an outer layer laminated on an outer peripheral surface thereof, wherein: the inner layer is formed of a resin having fuel resistance; the outer layer is formed of the following resin (A); and the inner layer and the outer layer are in a non-adherent state where the inner layer and the outer layer do not adhere to each other at all or in an adherent state where the inner layer and the outer layer peel off each other upon impact by subjecting the resin materials for inner layer and outer layer formation consisting of the different resins to co-extrusion: (A) a resin having a tensile elongation at 8 m/s measured by a high-speed tensile test of 200 % or more, whereby in said high-speed tensile test a resin plate having a thickness of 1 mm is produced with an injection molding machine and then a JIS dumbbell No. 2 stamped out of the plate in an elongation direction is subjected to measurement with a high-speed tensile tester, wherein the resin (A) comprises a metallocene-based, low-density polyethylene (LDPE) blended with a high-density polyethylene (HDPE) and an ionic liquid. a tubular inner layer; and an outer layer laminated on an outer peripheral surface thereof, wherein: the inner layer is formed of a resin having fuel resistance; the outer layer is formed of the following resin (A); and the inner layer and the outer layer are in a non-adherent state where the inner layer and the outer layer do not adhere to each other at all or in an adherent state where the inner layer and the outer layer peel off each other upon impact by subjecting the resin materials for inner layer and outer layer formation consisting of the different resins to co-extrusion: (A) a resin having a tensile elongation at 8 m/s measured by a high-speed tensile test of 200 % or more, whereby in said high-speed tensile test a resin plate having a thickness of 1 mm is produced with an injection molding machine and then a JIS dumbbell No. 2 stamped out of the plate in an elongation direction is subjected to measurement with a high-speed tensile tester, wherein the resin (A) comprises a metallocene-based, low-density polyethylene (LDPE) blended with a high-density polyethylene (HDPE) and an ionic liquid. the inner layer is formed of a resin having fuel resistance; the outer layer is formed of the following resin (A); and the inner layer and the outer layer are in a non-adherent state where the inner layer and the outer layer do not adhere to each other at all or in an adherent state where the inner layer and the outer layer peel off each other upon impact by subjecting the resin materials for inner layer and outer layer formation consisting of the different resins to co-extrusion: (A) a resin having a tensile elongation at 8 m/s measured by a high-speed tensile test of 200 % or more, whereby in said high-speed tensile test a resin plate having a thickness of 1 mm is produced with an injection molding machine and then a JIS dumbbell No. 2 stamped out of the plate in an elongation direction is subjected to measurement with a high-speed tensile tester, wherein the resin (A) comprises a metallocene-based, low-density polyethylene (LDPE) blended with a high-density polyethylene (HDPE) and an ionic liquid. (A) a resin having a tensile elongation at 8 m/s measured by a high-speed tensile test of 200 % or more, whereby in said high-speed tensile test a resin plate having a thickness of 1 mm is produced with an injection molding machine and then a JIS dumbbell No. 2 stamped out of the plate in an elongation direction is subjected to measurement with a high-speed tensile tester, wherein the resin (A) comprises a metallocene-based, low-density polyethylene (LDPE) blended with a high-density polyethylene (HDPE) and an ionic liquid. <EOS>