Best Shock Collar for Small Dogs:
The first thing to consider when choosing a shock collar is your dog’s size. There are two types of shocks; those designed for large dogs and those designed for small dogs. The larger sizes have built-in collars with metal rings which fit around the neck and hold the dog in place while they deliver the shock. These collars will not only cause pain but may even break bones if used incorrectly or too much force is applied.
The smaller size collars do not have such features and are designed to deliver the shock directly into the dog’s body. They are less painful than their larger counterparts but still capable of causing severe injury. While these collars may seem like a good option for some dogs, it is important to remember that they are intended solely for use on dogs weighing between 25 pounds (11 kg) and 75 pounds (34 kg).
Shock collars are available in different materials, shapes and designs. Some of them come with built-in bells so that they can ring when activated. Others require the user to activate them manually by pressing buttons or pulling strings attached to the collar itself. Still others have springs inside that automatically release the shock once a certain amount of pressure is exerted on a button or lever.
All of these options make it possible for you to choose one that fits your needs best.
When first getting your new shock collar, it is very important to test the shock on yourself before using it on your pet. This will give you a good idea of how much the shock will hurt and whether or not it will be effective. It is a good idea to start with the lowest setting and move up from there. While these collars deliver an electric shock, it is important to remember that they are not designed to kill or even harm your dog.
This is not a torture device and should only be used as a means of training your pet.
An excellent method of training with a dog shock collar involves teaching the dog to associate the static shock with something that it’s not supposed to do. For instance, if your dog jumps on the kitchen counter to get a bite of your sandwich, the shock can be applied the very first time he does this. The shock will hurt enough to cause the dog to pull his foot back from the counter. If this is repeated every time the dog gets too close to the kitchen counter, he will quickly learn that the kitchen counter is a no-go zone.
In other situations, your dog may bark excessively at other animals or people walking by your home. In this situation, the shock can be applied when the dog begins to bark. As with the first example, if this process is repeated several times, your dog will quickly learn that barking leads to an unpleasant experience and he will stop.
Used properly, these collars can help to control problem behaviors and make life a little easier for you and your pet. While these devices are very effective when used properly, it is important that you do not become overly reliant on them. Dogs, like humans, always respond better to positive reinforcement rather than negative punishment. By relying too much on the shock collar to control your pet, you run the very real risk of eventually creating a dog that is afraid of you and what you are doing rather than associating your commands with something good.
If this happens, you may never be able to train your dog using positive reinforcement alone. The best way to avoid this situation is to wean your dog off the collar before relying solely on it.
Sources & references used in this article:
Electronic shock collars: are they worth the risks? by RH Polsky – Journal of the American Animal Hospital Association, 1994 – dogexpert.com
Electrode device for an electric shock generator carried on an animal collar by R McDade, S Pancheri, VA Juliana – US Patent 5,207,178, 1993 – Google Patents
Towards evidence based emergency medicine: best BETs from the Manchester Royal Infirmary. Cervical collars in patients requiring spinal immobilisation. by J Butler, D Bates – Emergency medicine journal: EMJ, 2001 – europepmc.org
Animal collar arrangement by R McDade – US Patent 5,161,485, 1992 – Google Patents
Are viable non-lethal management tools available for reducing wolf-human conflict? Preliminary results from field experiments by TM Gehring, JE Hawley, SJ Davidson… – Proceedings of the …, 2006 – escholarship.org
Shock Absorbers-Are They Necessary? by C Umstatter, C Tailleur, D Ross, MJ Haskell – Precision livestock farming, 2009
Hotels by T Grandin, C Johnson – 2009 – Houghton Mifflin Harcourt