A system comprising a fuel manifold, the fuel manifold comprising: a manifold body, the manifold body comprising: a first annular passage defined within the manifold body between a first passage inlet and a first passage outlet downstream from the first passage inlet; and a second annular passage defined within the manifold body nested radially outward from the first annular passage, and between a second passage inlet and a second passage outlet downstream from the second passage inlet, wherein the first and second annular passages (104a, 104b) are concentric about a manifold axis, wherein the first passage outlet and the second passage outlet are positioned at the same axial position relative to the manifold axis, the system further comprising a fuel distributor, characterised in that the manifold body further comprises: a first outlet channel extending radially from the first annular passage; a second outlet channel extending radially from the second annular passage; a first transfer tube downstream from the first outlet channel of the manifold body; and a second transfer tube downstream from the second outlet channel of the manifold body, wherein the fuel distributor is in fluid communication with the first and second annular passages (104a, 104b) via the first and second transfer tubes and the first and second outlet channels, wherein each of the first and second annular passage outlets are in fluid communication with the first and second outlet channels, respectively, wherein the first and second outlet channels are positioned at the same axial position relative to the manifold axis. a manifold body, the manifold body comprising: a first annular passage defined within the manifold body between a first passage inlet and a first passage outlet downstream from the first passage inlet; and a second annular passage defined within the manifold body nested radially outward from the first annular passage, and between a second passage inlet and a second passage outlet downstream from the second passage inlet, wherein the first and second annular passages (104a, 104b) are concentric about a manifold axis, wherein the first passage outlet and the second passage outlet are positioned at the same axial position relative to the manifold axis, the system further comprising a fuel distributor, characterised in that the manifold body further comprises: a first outlet channel extending radially from the first annular passage; a second outlet channel extending radially from the second annular passage; a first transfer tube downstream from the first outlet channel of the manifold body; and a second transfer tube downstream from the second outlet channel of the manifold body, wherein the fuel distributor is in fluid communication with the first and second annular passages (104a, 104b) via the first and second transfer tubes and the first and second outlet channels, wherein each of the first and second annular passage outlets are in fluid communication with the first and second outlet channels, respectively, wherein the first and second outlet channels are positioned at the same axial position relative to the manifold axis. a first annular passage defined within the manifold body between a first passage inlet and a first passage outlet downstream from the first passage inlet; and a second annular passage defined within the manifold body nested radially outward from the first annular passage, and between a second passage inlet and a second passage outlet downstream from the second passage inlet, wherein the first and second annular passages (104a, 104b) are concentric about a manifold axis, wherein the first passage outlet and the second passage outlet are positioned at the same axial position relative to the manifold axis, the system further comprising a fuel distributor, characterised in that the manifold body further comprises: a first outlet channel extending radially from the first annular passage; a second outlet channel extending radially from the second annular passage; a first transfer tube downstream from the first outlet channel of the manifold body; and a second transfer tube downstream from the second outlet channel of the manifold body, wherein the fuel distributor is in fluid communication with the first and second annular passages (104a, 104b) via the first and second transfer tubes and the first and second outlet channels, wherein each of the first and second annular passage outlets are in fluid communication with the first and second outlet channels, respectively, wherein the first and second outlet channels are positioned at the same axial position relative to the manifold axis. a first outlet channel extending radially from the first annular passage; a second outlet channel extending radially from the second annular passage; a first transfer tube downstream from the first outlet channel of the manifold body; and a second transfer tube downstream from the second outlet channel of the manifold body, wherein the fuel distributor is in fluid communication with the first and second annular passages (104a, 104b) via the first and second transfer tubes and the first and second outlet channels, wherein each of the first and second annular passage outlets are in fluid communication with the first and second outlet channels, respectively, wherein the first and second outlet channels are positioned at the same axial position relative to the manifold axis.