The invention discloses a flexible display assembly. The flexible display assembly comprises a substrate. At least a source electrode, a drain electrode, a gate electrode and an induction coil are formed on the substrate. The substrate is divided into a display area, an induction coil area and a bonding area. The induction area and the display area share the bonding area. A gate electrode insulating layer is coated among the gate electrode, the source electrode and the drain electrode. The gate electrode insulating layer covers the induction coil on the substrate. The gate electrode insulating layer is imaged. The bonding area is bonded with a system board. Aiming at a system part, a flexible display and the induction coil are integrated on the flexible substrate, the display and the induction coil are manufactured by using the same process, and the flexible display and the induction are completed at the same time; the bonding area is bonded with the system end, the bonding points are reduced, and the yield problems caused by point bonding are reduced; in addition, the coil is manufactured, so that the damage, caused by static electricity generated in a sequent process, to the display assembly is prevented. The invention further discloses a method for manufacturing the flexible display assembly.