To provide a fuel delivery pipe capable of quickly discharging all the air bubbles stored within a fuel holding chamber.

In a fuel delivery pipe 10, a top part 13a which is the highest on a vertical direction upper side of the other parts is provided within a fuel holding chamber 13 and an air bubble guide surface 16a extending obliquely upward in the vertical direction toward the top part 13a is formed by a spacer 16 mounted on the upper part within the fuel holding chamber 13. As a result, all the air bubbles V within the fuel holding chamber 13 are supplied to a fuel injection valve 1D via a communicating path 15 and are discharged to the outside of the fuel holding chamber 13 after the air bubbles V are collected on the top surface 13a of the fuel holding chamber 13.