Like all new technology, it’s best to let someone else work out the problems with it before you buy in. Right now, GPS pet fences are accurate to “within 4-5 feet”. This is fine if you’re playing golf, where the consequences of a 4-foot error put you in the rough rather than the fairway, but if this means Rover ends up in the road rather than the front yard, 4 feet is unacceptable. The advantage of copper wire is simple; the wire never moves.

We’ve all been in the car when our directions quit on us. GPS can and will drop out on you. Much of the signal accuracy depends on a large number of satellite connections. Copper wire doesn’t.

Because GPS collars constantly track satellites, they require a lot of power. The collars take a long time to charge, so if your dog is outside for long periods of time, you’ll need a second collar to avoid gaps in coverage.

GPS signals can be affected by weather conditions. Heavy rain, snow, or storms may interfere with the accuracy of the system. In situations where weather is unpredictable, traditional wired fences maintain their reliability regardless of the elements.

GPS fencing often has limitations on the customization of your pet's boundaries. Traditional wired fences offer precise control over the shape of your pet's play area, allowing you to create specific boundaries tailored to your yard's layout. GPS technology may not provide the same level of flexibility.

Setting up a GPS pet fence requires a certain level of technological know-how. If you're not comfortable with technology or if you're not tech-savvy, the initial setup and programming of a GPS system can be more challenging compared to the straightforward installation of a wired fence.

GPS pet fencing systems can be more expensive upfront. While the initial investment may seem significant, it's essential to weigh the cost against potential issues and ongoing maintenance. Wired systems may prove more cost-effective in the long run with fewer potential hiccups.

GPS collars rely on battery power, and frequent charging is necessary. If the battery fails or the collar is not charged in time, your pet may be left without proper containment. Wired systems, on the other hand, have a consistent power source, eliminating concerns about battery life and charging schedules.

Electronic interference from other devices may impact the performance of GPS pet fencing. If you have multiple electronic devices in close proximity, such as Wi-Fi routers or other wireless gadgets, there's a potential for signal interference. Wired systems are not susceptible to these types of interference.

While GPS pet fencing can be effective, it may present training challenges for some pets. The technology relies on the pet understanding the boundary based on audible cues or static corrections. Some pets may require additional training to fully comprehend the virtual boundaries set by the GPS system.

One of the biggest pain points for GPS owners is “charging fatigue.” Fence-A-Pet systems are designed for convenience and reliability.

Most GPS collars require daily or every-other-day charging. A standard Fence-A-Pet Collar can last up to two weeks on a single charge, while our UltraTuff™ Collar can last up to six months.

A dead battery is the #1 reason dogs escape. With Fence-A-Pet Collars, the risk of a “human error” escape is drastically reduced thanks to long-lasting battery life.

The fence transmitter plugs into your home’s power, keeping the boundary active 24/7—no app checks or signal monitoring required.