A wind turbine blade extending along a longitudinal axis from a root to a tip, the wind turbine blade comprising a root region and an airfoil region with the tip, the wind turbine blade comprising a chord line extending between a leading edge and a trailing edge, the wind turbine blade comprising: - a shell providing an aerodynamic airfoil shape of the wind turbine blade and comprising a pressure side and a suction side; and - a plurality of spar components extending along the longitudinal axis and providing the main bending stiffness of the wind turbine blade, and including: ∘ one or more suction-side spar caps (62, 65) arranged adjacent to the suction side of the shell and including at least a first suction-side spar cap, the one or more suction-side spar caps each having a centre line (63, 66); ∘ one or more pressure-side spar caps (72, 75) arranged adjacent to the pressure side of the shell and including at least a first pressure-side spar cap, the one or more pressure-side spar caps each having a centre line (73, 76); and ∘ one or more shear webs extending in parallel to and being distributed, preferably equally, around a central shear web line, at least one shear web having a suction-side end connected to the first suction-side spar cap and a pressure-side end connected to the first pressure-side spar cap; wherein the one or more suction-side spar caps and the one or more pressure-side spar caps provide the main bending stiffness of the wind turbine blade along a major principal axis defining a structural pitch angle (α) of at least 1° with respect to the chord line at least in a first region of the wind turbine blade, and wherein at least one centre line (63, 66) of the one or more of suction-side spar caps is arranged with a first chordwise distance to the central shear web line at least in the first region of the wind turbine blade, and wherein at least one centre line (73, 76) of the one or more of pressure-side spar caps is arranged with a second chordwise distance to the central shear web line at least in the first region of the wind turbine blade, the second chordwise distance being different from the first chordwise distance. - a shell providing an aerodynamic airfoil shape of the wind turbine blade and comprising a pressure side and a suction side; and - a plurality of spar components extending along the longitudinal axis and providing the main bending stiffness of the wind turbine blade, and including: ∘ one or more suction-side spar caps (62, 65) arranged adjacent to the suction side of the shell and including at least a first suction-side spar cap, the one or more suction-side spar caps each having a centre line (63, 66); ∘ one or more pressure-side spar caps (72, 75) arranged adjacent to the pressure side of the shell and including at least a first pressure-side spar cap, the one or more pressure-side spar caps each having a centre line (73, 76); and ∘ one or more shear webs extending in parallel to and being distributed, preferably equally, around a central shear web line, at least one shear web having a suction-side end connected to the first suction-side spar cap and a pressure-side end connected to the first pressure-side spar cap; ∘ one or more suction-side spar caps (62, 65) arranged adjacent to the suction side of the shell and including at least a first suction-side spar cap, the one or more suction-side spar caps each having a centre line (63, 66); ∘ one or more pressure-side spar caps (72, 75) arranged adjacent to the pressure side of the shell and including at least a first pressure-side spar cap, the one or more pressure-side spar caps each having a centre line (73, 76); and ∘ one or more shear webs extending in parallel to and being distributed, preferably equally, around a central shear web line, at least one shear web having a suction-side end connected to the first suction-side spar cap and a pressure-side end connected to the first pressure-side spar cap; wherein the one or more suction-side spar caps and the one or more pressure-side spar caps provide the main bending stiffness of the wind turbine blade along a major principal axis defining a structural pitch angle (α) of at least 1° with respect to the chord line at least in a first region of the wind turbine blade, and wherein at least one centre line (63, 66) of the one or more of suction-side spar caps is arranged with a first chordwise distance to the central shear web line at least in the first region of the wind turbine blade, and wherein at least one centre line (73, 76) of the one or more of pressure-side spar caps is arranged with a second chordwise distance to the central shear web line at least in the first region of the wind turbine blade, the second chordwise distance being different from the first chordwise distance.