A planet carrier of a planetary gearbox , comprising - a carrier body extending along a planet carrier rotation axis (APT), - a first carrier portion connected to the carrier body , and - a second carrier portion connected to the carrier body , wherein - the first carrier portion and the second carrier portion are arranged at a distance from one another along the planet carrier rotation axis (APT) and form at least one receiving cavity into which at least one planet gear can be introduced, - the at least one planetary gear has a first bearing portion and a second bearing portion , with which the planetary gear can be mounted in the planetary carrier so as to be rotatable about a planetary gear rotation axis (APR), - the first carrier portion has a first bearing recess for each planetary gear and the second carrier portion has a second bearing recess for each planetary gear , and - the first bearing recess forms a first contact surface with which it comes into contact with the first bearing portion when the planetary gear is arranged in the receiving cavity , - the second bearing recess forms a second contact surface with which it comes into contact with the second bearing portion when the planetary gear is arranged in the receiving cavity , - the first contact surface and/or the second contact surface are divided into a first contact surface portion and a second contact surface portion by a connecting straight line (G) passing through the planet carrier rotation axis (APT) and the planet gear rotation axis (APR), - the first contact surface portion encloses a first angle (α) with the connecting straight line (G), - the second contact surface portion encloses a second angle (β) with the connecting straight line (G), - the first angle (α) and the second angle (β) lie in a plane perpendicular to the planet carrier axis of rotation (APT), characterized in that - the first angle (α) and the second angle (β) are unequal and at least one of the angles (α, β) is greater than 90°. - a carrier body extending along a planet carrier rotation axis (APT), - a first carrier portion connected to the carrier body , and - a second carrier portion connected to the carrier body , wherein - the first carrier portion and the second carrier portion are arranged at a distance from one another along the planet carrier rotation axis (APT) and form at least one receiving cavity into which at least one planet gear can be introduced, - the at least one planetary gear has a first bearing portion and a second bearing portion , with which the planetary gear can be mounted in the planetary carrier so as to be rotatable about a planetary gear rotation axis (APR), - the first carrier portion has a first bearing recess for each planetary gear and the second carrier portion has a second bearing recess for each planetary gear , and - the first bearing recess forms a first contact surface with which it comes into contact with the first bearing portion when the planetary gear is arranged in the receiving cavity , - the second bearing recess forms a second contact surface with which it comes into contact with the second bearing portion when the planetary gear is arranged in the receiving cavity , - the first contact surface and/or the second contact surface are divided into a first contact surface portion and a second contact surface portion by a connecting straight line (G) passing through the planet carrier rotation axis (APT) and the planet gear rotation axis (APR), - the first contact surface portion encloses a first angle (α) with the connecting straight line (G), - the second contact surface portion encloses a second angle (β) with the connecting straight line (G), - the first angle (α) and the second angle (β) lie in a plane perpendicular to the planet carrier axis of rotation (APT), characterized in that - the first angle (α) and the second angle (β) are unequal and at least one of the angles (α, β) is greater than 90°. <EOS>