A constant velocity joint 11 in the form of a counter track joint with the following characteristics: an outer joint part 12 which comprises a first longitudinal axis A12 and an attaching end and an aperture end which are axially opposed relative to one another, and which outer joint part 12 comprises first outer ball tracks 18 and second outer ball tracks 20; an inner joint part 15 which comprises a second longitudinal axis A22 and attaching means for a shaft 22 pointing to the aperture end of the outer joint part 12, and which inner joint part 15 comprises first inner ball tracks 19 and second inner ball tracks 21; the first outer ball tracks 18 and the first inner ball tracks 19 form first pairs of tracks with one another; the second outer ball tracks 20 and the second inner ball tracks 21 form second pairs of tracks with one another and the first and second pairs of tracks each accommodate one of first and second a torque transmitting balls 171, 172; a ball cage 16 is positioned between the outer joint part 12 and the inner joint part 15 and comprises circumferentially distributed cage windows 241, 242 which each accommodate at least one of the balls 171, 172; when the joint is in the aligned condition, the aperture angle delta1 of the first pairs of tracks opens in the central joint plane E from the aperture end to the attaching end of the outer joint part 12; when the joint is in the aligned condition, the aperture angle delta2 of the second pairs of tracks opens in the central joint plane E from the attaching end to the aperture end of the outer joint part 12, wherein central track line L18, L19 of the first pairs of tracks each have a turning point T1-2 and that a center angle beta from the joint centre M to the turning point T1-2, with reference to the central joint plane E is greater than 4 DEG.