Anyone who has read the NY times article “Troops betrayed as Army dumps hundreds of heroic war dogs” may feel outraged over the missing bomb-detection dogs that have saved countless lives downrange. The article plays on emotions without diving into the real issue of outsourcing K9 working dogs to the military.
K2 Solutions is a company that won an Army contract to provide the Army with bomb-detection dogs, just as many other companies do for other military services. The military does not have the infrastructure or personnel to raise and train working dogs. Smaller units with designated missions may have their own dogs and kennels. Generally, when troops leave theater, they leave their dogs behind for the next unit to use. The dogs were the property of K2 Solutions and not the military. When the dogs are no longer able to perform their duties, they are retired. Since the dogs are the property of K2 Solutions, they had the ultimate say on where they go.
Robby’s Law was passed in November 2000, which allows for the adoption of military working dogs to their handlers, law enforcement, and families. It doesn’t give a priority of the recipient, only allows them to be adopted instead of being euthanized. K2 Solutions did hold adoption events for the working dogs, however, the article points out that the priority was given to law enforcement first without first trying to identify previous handlers.
The article alleges that the people adopting the dogs as “law enforcement” were not vetted or properly identified as officers. Some of the dogs may have been sold a second time to a foreign government. Even though the article mentions specific handlers that have submitted multiple applications to obtain their previous dog, they seem to have been ignored or never matched up with their specific dogs. K2 Solutions had a policy to allow handler adoptions but failed to do their due diligence to link up the retired dog with their previous handlers. K2 Solution’s CEO even adopted a dog that was requested for adoption by his previous handler.