The foot is the contact point where the body meets the ground and where a great deal of torque, occurring from the torsion of gait is dampened. The feet are in essence, the canine “shock absorbers”. It is valuable for an aficionado of the Rottweiler to understand the subtle yet powerful influence the feet have upon the entire musculo/skeletal workings of the dog.
To understand what is incorrect, it is important to start with a good example of what is correct. Fig 1, is an illustration of correct feet. In Fig 2, is correct feet in 3/4 view and profile
When standing,( Fig 3.) the feet should be in correct alignment so the balance point of each leg runs directly in the center of the pastern through the center of the toes. This creates an equal distribution of body weight in the front section, through the radius, ulna, humerus and scapula (the front assembly).
When viewing the Rottweiler head on , one should not see the feet turning in or out. The legs must be straight, with a distance from the sternum equal to 50% the width of the chest . Additionally, elbows should be close fitting to the chest. With this correct alignment, the front assembly evenly distributes the torsion and shock created by forward motion.
Common Faults
1. The primary occurring foot abnormality is not specifically a problem with the feet, but an out- ward turning of the pastern. This is commonly named “east-west” feet (fig 5). Here, the foot on each leg turns outward in an east-west direction. It can be observed on pups as early as eight weeks old and may remain this way for the entire life of the dog or correct itself as the chest develops. Dogs or bitches with this anomaly should be avoided in a breeding program since this condition is passed on to the progeny.
2. In addition to “east-west” feet, a structural fault that may accompany it is a “Fiddle-Front” (Fig6). Here, not only are the feet turning outward, but the elbows turn away from the body as well producing the appearance of a fiddle .
Interestingly, a major factor influencing the feet is not necessarily the feet, but incorrect construction of the chest in depth, width and placement of the sternum. When the chest is broad possessing the correct width, and a well pronounced sternum, it correctly supports the upper arm assembly, producing a wide center of gravity. Each foot is positioned from the sternum, approximately 50% the total width of the chest . When the chest is narrow(fig 7), possessing a close center of gravity (slab sided, pinched front, incorrect spring of rib) and or shallow in depth, the laws of physics forces the feet to turn outward, compensating for the incorrect width or depth.
3. Correctly constructed(fig 8), the pasterns act like a shock absorber, dampening the impact while gaiting and help initiate lift. From the standard, “Pasterns are strong, springy and almost perpendicular to the ground”. Nonetheless, incorrect pasterns are visible in the show ring.
Occasionally, the pasterns are observed to be soft (“broken down”). This is not a problem in the bones of the pastern but a laxity in the muscles of the radius/ulna and or a laxity in the ligaments and tendons of the forearm.
Common pastern problems
A. Too soft with too much slope (fig 9), the dampening effect greatly diminishes in the pastern and the ability of the foot to help initiate lift is also significantly reduced. Often, this problem is accompanied by poorly knuckled toes and splayfooted.
B. Too stiff and upright (90 degree angle to the ground) in the pastern. The opposite of too soft, the same effect results.
When the pastern is too lax, the shock transmitted through the upper arm from gaiting cannot be correctly dampened. This results in possible structural damage to the upper arm assembly, poor front arm extension and early fatigue.
4. Splayfooted (Fig.10) is a problem frequently observable. This anomaly, too much space between the toes, is caused by a laxity in the ligaments and muscles of the phalangeal bones. When the dog is observed to be splayfooted, it most often has poorly arched toes as well.
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