A booster pump increases water pressure between your well system and the point of use. It sits above ground — typically between the pressure tank and the house — and gives the water an extra push when your well pump alone cannot deliver the pressure you need.

Booster pumps solve a specific set of problems that are common on North Texas properties:

• Low-yield wells — Your well produces water, but not fast enough to keep up with peak demand. A booster pump paired with a storage tank solves this without drilling a new well.
• Long distribution runs — If your house is 500+ feet from the wellhead, friction loss in the pipe drops your pressure. Booster pumps compensate for that loss.
• Elevation changes — Properties with the house uphill from the well lose roughly 1 PSI for every 2.3 feet of elevation gain. On a hilly North Texas ranch, that adds up fast.
• Multiple buildings — Feeding a house, barn, shop, and livestock waterers from a single well. The well pump cannot maintain pressure across all of them simultaneously.
• Irrigation demand — Running sprinklers or drip irrigation while still maintaining house pressure.

A booster pump system is straightforward, but it has to be designed correctly to avoid damaging your well pump or creating pressure problems. Here is how a typical installation works:

1. Well pump fills a storage or pressure tank — Your existing well pump operates normally, filling the pressure tank at whatever rate the well produces.
2. Booster pump activates on demand — When household pressure drops below the set point (usually 40–60 PSI), the booster pump kicks on and pushes water from the tank to the house at the higher pressure.
3. Constant pressure controller (optional) — For properties that want rock-steady pressure regardless of how many fixtures are running, we can install a variable-speed constant pressure system. No more pressure drops when someone flushes the toilet while you are in the shower.

The key is making sure the booster pump does not outpace the well pump. If the booster draws water faster than the well can produce it, you will run the pressure tank dry and damage the well pump. Proper sizing prevents this.

Legacy Water Well installs booster pump systems on properties throughout the Fort Worth–Weatherford corridor and surrounding counties. Every installation starts with an assessment of your current system:

• What is your well producing? — We measure GPM output and recovery rate to determine what your well can sustain.
• What is the demand? — How many bathrooms, how many buildings, livestock, irrigation. We calculate peak demand so the booster is sized correctly.
• What is the distribution layout? — Pipe size, distance, elevation change. These determine how much boost you actually need.
• Do you need storage? — On low-yield wells, we often pair a booster pump with a large storage tank (500–2,500 gallons). The well fills the tank slowly, and the booster draws from the tank at higher flow when you need it.

The result is consistent pressure at every faucet, every showerhead, and every hose bib — even during peak usage.