Hand Pump for Well Off-grid
When your off-grid property relies on well water, the electric pump that came with it becomes a single point of failure. Power outage, inverter fault, or a dead battery bank — and suddenly you have no water for drinking, cooking, or livestock. A hand pump for your well solves that problem permanently. It requires zero electricity, has minimal moving parts, and can deliver hundreds of gallons per day with nothing but human effort.
We spent weeks digging into manufacturer specs, installation manuals, and hundreds of verified buyer reports across forums like Homesteading Today, r/OffGrid, and Practical Machinist to put together this guide. Whether you’re looking for a primary water source or a backup that sits alongside your existing submersible pump, here’s what you need to know.
What You’ll Learn
- How to match a hand pump to your well’s depth, casing size, and static water level
- The real differences between shallow-well and deep-well hand pumps — and why it matters more than price
- How to install a hand pump alongside an existing electric submersible pump
- Which specific pumps are worth buying and which ones to avoid
Understanding Your Well Before You Buy Anything
Before you shop for a hand pump, you need three numbers from your well. Get these wrong and you’ll either buy a pump that can’t reach your water or one that’s massive overkill for a shallow well.
Static Water Level
This is how far below ground your water sits when nobody’s pumping. It’s the single most important number. A well might be drilled to 200 feet, but if the static water level is at 40 feet, you only need a pump rated for 40+ feet of lift. Check your well driller’s report — it should list this. If you don’t have it, you can measure it yourself by lowering a weighted string with chalk on it down the well casing and seeing where it comes up wet.
Total Well Depth
How deep the well was drilled. This determines the maximum length of drop pipe and pump rod you might need.
Casing Diameter
Most residential wells use 4-inch or 6-inch casing. Some older wells are 2-inch or even open-bore. Your casing diameter determines which pumps physically fit — and whether you can run a hand pump alongside an existing submersible.
Shallow-Well vs. Deep-Well Hand Pumps
This is where most people make their first mistake. The physics are fundamentally different.
Shallow-Well Pumps (0–25 Feet)
These are suction pumps. They create a vacuum at the top that pulls water up. Physics limits suction lift to about 25 feet at sea level (less at higher elevations — subtract roughly 1 foot of lift per 1,000 feet of altitude). They’re simpler, cheaper, and easier to install. A basic pitcher pump falls in this category.
Best for: Shallow hand-dug wells, driven point wells, or cisterns where water is close to the surface.
Flow rate: Typically 3–5 gallons per minute with steady pumping.
Deep-Well Pumps (25–350+ Feet)
These use a piston or plunger mechanism at the bottom of a long drop pipe, physically pushing water up rather than sucking it. The pump cylinder sits below the static water level, connected to the handle above ground by a series of threaded pump rods running inside the drop pipe. This is what you need for most drilled wells.
Best for: Drilled wells with static water levels deeper than 25 feet.
Flow rate: Varies with depth. At 100 feet, expect about 1–2 gallons per minute. At 200 feet, closer to 0.5–1 GPM. The deeper the water, the harder each stroke and the less water per cycle.
The Major Hand Pump Brands Compared
Simple Pump
Made in the USA. The Simple Pump uses a stainless steel pump cylinder and can handle depths up to 325 feet. It’s designed specifically to install inside standard 4-inch well casing alongside an existing submersible electric pump — a huge advantage. The pump rod system uses stainless steel, and the company provides detailed installation guides. It’s the most expensive option, typically running $1,500–$2,500+ depending on depth configuration, but the build quality and dual-pump compatibility make it a top choice for serious off-grid setups.
Bison Pumps
Another US-made deep-well hand pump. Bison pumps handle depths up to 300 feet and are built from stainless steel with a powder-coated head assembly. They also fit inside 4-inch casing alongside a submersible. Pricing is comparable to Simple Pump. The main differentiator is their modular design — you can add a motorized attachment later if you want to automate pumping with a small 12V motor.
Flojak
A lighter-duty option that works well for emergency backup use. The Flojak Plus handles depths up to 150 feet and uses a flexible poly drop pipe instead of rigid PVC, which makes installation significantly easier for a single person. It’s less robust than Simple Pump or Bison, but at $600–$900 it’s more accessible. The flexible pipe coils up for storage, making it a reasonable choice if you want something you can deploy when needed rather than permanently install.
Standard Pitcher Pumps
The classic cast-iron pitcher pump you see at old farmsteads. These are shallow-well only (25 feet max) and cost $50–$150. Brands like Simmons and Campbell Hausfeld are widely available. They work fine for shallow wells and cisterns, but they’ll freeze and crack in winter if you don’t drain them. They cannot be used for deep wells — no exceptions.
Installing a Hand Pump Alongside an Existing Submersible
This is the setup most off-gridders want: keep the electric submersible for daily use and have the hand pump as backup. Here’s what’s involved.
Your well casing needs to be at least 4 inches in diameter (5-inch or 6-inch gives you more room). The hand pump’s drop pipe runs down alongside the submersible’s supply pipe and wiring. The well cap gets replaced with a special dual-purpose cap or a hand pump head assembly that accommodates both systems.
Key Installation Points
- Measure your available space. A 4-inch casing has an inner diameter of about 3.9 inches. The submersible pump, its pipe, safety rope, and wiring take up some of that space. Simple Pump and Bison both publish minimum clearance specs — verify before ordering.
- Use a torque arrester on the submersible. This keeps the submersible’s pipe centered and prevents it from interfering with the hand pump’s drop pipe.
- Pump cylinder placement matters. The hand pump cylinder must sit below your static water level but doesn’t need to go all the way to the bottom. Place it 10–20 feet below static water level to account for drawdown during pumping.
- Sanitary well seal. Your new well cap must maintain a sanitary seal to prevent surface contaminants from entering. Don’t improvise this — use the manufacturer’s well seal or a properly fitted sanitary cap.
Common Mistakes
Buying based on total well depth instead of static water level. A 300-foot well with a 50-foot static water level needs a pump rated for 50+ feet, not 300. Oversizing wastes money and makes pumping harder than it needs to be.
Choosing a pitcher pump for a deep well. Suction pumps physically cannot lift water more than about 25 feet. No amount of effort will change this — it’s atmospheric pressure, not pump quality. If your static water level is deeper than 25 feet, you need a deep-well pump. Period.
Ignoring freeze protection. In cold climates, any water sitting in the pump head or above the frost line will freeze. Deep-well pumps with a weep hole below the frost line let the water column drain back down after each use, preventing freeze damage. Make sure your pump has this feature if you’re in a freezing climate, or plan to remove and store the pump seasonally.
Skipping the well inspection before installation. If your well is old, the casing might be corroded, collapsed at depth, or have a reduced diameter from mineral buildup. Lowering 100+ feet of drop pipe into a compromised well can result in a stuck pump and an expensive recovery job. Get a well camera inspection first if your well is more than 20 years old.
Our Recommendations
Best Overall: Simple Pump
Stainless steel construction, depths to 325 feet, fits alongside a submersible in 4-inch casing, and well-documented installation process. The price is significant, but this is a buy-once solution for a critical system.
Best for Emergency Backup: Flojak Plus
If you want a deep-well hand pump you can store and deploy when needed rather than permanently install, the Flojak’s flexible drop pipe and lighter weight make it the most practical option. Rated to 150 feet.
Best for Shallow Wells: Simmons 1160 Pitcher Pump
For wells or cisterns with water within 25 feet of the surface, a cast-iron pitcher pump is simple, cheap, and effective. The Simmons 1160 is widely available and uses standard 1-1/4 inch drop pipe. Just plan for freeze protection in cold climates.
FAQ
Can I use a hand pump as my only water source?
Yes, but plan for volume. A deep-well hand pump at 100 feet delivers roughly 1–2 gallons per minute. For a household using 50 gallons per day, that’s 25–50 minutes of pumping. Many off-gridders pump into an elevated storage tank or cistern to gravity-feed the house, which means you can pump in one session rather than every time you need water.
How much maintenance does a hand pump need?
Very little. The main wear item is the pump cylinder’s leather or UHMW-PE cup seals, which typically last 5–10 years depending on water chemistry and usage. Replacing them means pulling the entire drop pipe and rod assembly, which is a workout on deep wells but doesn’t require special tools. Keep a spare seal kit on hand.
Will a hand pump work if my well has a pitless adapter?
It depends on the setup. A pitless adapter diverts the submersible’s supply line horizontally through the casing wall below the frost line. If you’re installing a hand pump alongside, the hand pump’s drop pipe needs to clear the pitless adapter hardware inside the casing. Simple Pump and Bison both have guidance for this — in most cases it works, but measure clearances carefully.
What’s the maximum depth a hand pump can work at?
Most residential hand pumps top out around 300–350 feet. Beyond that, the weight of the water column and pump rods makes manual operation impractical for most people. At 300 feet, each pump stroke requires roughly 20–30 pounds of force. If your static water level is beyond 300 feet, consider a solar-powered submersible as your backup instead.
Do I need a permit to install a hand pump on my existing well?
This varies by jurisdiction. In many rural areas, adding a hand pump to an existing well doesn’t require a permit as long as you maintain a sanitary well seal and don’t modify the well casing. However, some counties and states do require permits for any well modification. Check with your local health department or well permitting authority before starting work — the fine for an unpermitted installation can be steep, and in some cases they can require you to remove it.
