FEW can resist the huge, adoring eyes of a puppy, even more so if it happens to be one of those cute pure bred dogs.
Pugs have a grumpiness that many find exceedingly cute. Border Collies even herd their owners and the list goes on.
With the high price tag attached to these pure bred dogs, people will assume they are raised from young with a golden spoon in their mouths.
But it would appear that the reality of the situation is quite different, as seen in a video post by netizen @animals_cn.
In a certain area of China, Beagles are bred in an extremely cruel breeding kennel, with 3,000 dogs kept in a room of less than 100 square meters!😭 pic.twitter.com/IoE0UB27eC
— CNAnimalRightsAlert (@animals_cn) December 1, 2025
The video can also be found at: https://x.com/animals_cn/status/1995601370020544871
In the video, Beagle puppies could be seen housed in cramped cages. According to captions in the video, over 3,000 dogs were kept in a 100 metre wide room.
Netizen @animals_cn who posted the video further claimed that these dogs were sold to universities or companies as experimental dogs, and then sold as meat when the experiments are completed.
The video has since received over 508 shares and 85 comments with a good many netizens condemning the practice.

Another netizen pointed out that bad laws in China don’t allow for these criminals to be prosecuted.

The picture comments were equally suggestive:

On another note, beagles are known as active, energetic dogs who need at least an hour of exercise every day, said the American Kennel Club. Now imagine these poor puppies being bred all their lives in such small cages. We can hardly imagine how they get by life in such an appalling condition.
This video should serve as an eye opener to those people out there who choose to purchase a pure bred dog instead of adopting a poor soul from an animal shelter. Behind every cute puppy, there may be a horror story.
The question remains if we are going to continue supporting such unethical businesses. —Dec 2, 2025
Main image: @animals_cn (X)




