A method for reconditioning fuel nozzle assemblies, the method comprising: providing a fuel nozzle assembly (100; 300) comprising: • a base (102; 302); • a fuel nozzle tip (106; 306); • a body (104; 304) extending from the base (102;302) to the fuel nozzle tip (106; 306); the body (104; 304) comprising an inner channel (114; 314) defined at least partially by an inner channel wall (116; 316) and an outer channel (118; 318) defined at least partially by an outer channel wall (120; 320), the inner channel wall (116; 316) and the outer channel wall (120;320) being each brazed to the base (102; 302), wherein the fuel nozzle tip (106; 306) comprises an end cover (142; 342) that is coupled to the outer channel wall (120; 320); characterised in that the end cover (142; 342) is brazed to the inner channel wall (120; 320); decoupling at least a portion of the fuel nozzle tip (106; 306) from the inner channel wall (116; 316) and the outer channel wall (120; 320); decoupling at least a portion of the inner channel wall (116; 316) from the base (102; 302); removing the decoupled portion of the inner channel wall (116; 316) from the body (104; 304); providing a replacement inner channel wall (153; 353) that is welded to a replacement fuel nozzle tip (154; 354); welding the replacement inner channel wall (153; 353) to the base (102; 302); and coupling the replacement fuel nozzle tip (154; 354) to the outer channel wall (120; 320). providing a fuel nozzle assembly (100; 300) comprising: • a base (102; 302); • a fuel nozzle tip (106; 306); • a body (104; 304) extending from the base (102;302) to the fuel nozzle tip (106; 306); the body (104; 304) comprising an inner channel (114; 314) defined at least partially by an inner channel wall (116; 316) and an outer channel (118; 318) defined at least partially by an outer channel wall (120; 320), the inner channel wall (116; 316) and the outer channel wall (120;320) being each brazed to the base (102; 302), wherein the fuel nozzle tip (106; 306) comprises an end cover (142; 342) that is coupled to the outer channel wall (120; 320); • a base (102; 302); • a fuel nozzle tip (106; 306); • a body (104; 304) extending from the base (102;302) to the fuel nozzle tip (106; 306); the body (104; 304) comprising an inner channel (114; 314) defined at least partially by an inner channel wall (116; 316) and an outer channel (118; 318) defined at least partially by an outer channel wall (120; 320), the inner channel wall (116; 316) and the outer channel wall (120;320) being each brazed to the base (102; 302), characterised in that the end cover (142; 342) is brazed to the inner channel wall (120; 320); decoupling at least a portion of the fuel nozzle tip (106; 306) from the inner channel wall (116; 316) and the outer channel wall (120; 320); decoupling at least a portion of the inner channel wall (116; 316) from the base (102; 302); removing the decoupled portion of the inner channel wall (116; 316) from the body (104; 304); providing a replacement inner channel wall (153; 353) that is welded to a replacement fuel nozzle tip (154; 354); welding the replacement inner channel wall (153; 353) to the base (102; 302); and coupling the replacement fuel nozzle tip (154; 354) to the outer channel wall (120; 320).