# How to organise power tools in a garage

_Published by CAVE4MAN (https://cave4man.com) — storage, workshop and man-cave kit for UK home garages. The shop has not opened yet; nothing here can be ordered today._

_Updated 2026-09-20 · 10 min read_

**The short answer**

Organise power tools by hanging each cordless tool by its handle on a steel rack fixed into masonry or studs, with the batteries and charger on a shelf directly beneath and a socket within reach of the lead. Keep the case only for tools that travel, bring the batteries indoors for winter, and do not ask hardboard pegboard and J-hooks to hold a drill.

**In this guide**

1. [Why power tools always end up on the bench](https://cave4man.com/guides/how-to-organise-power-tools#why-power-tools-always-end-up-on-the-bench)
2. [Hang them by the handle, on steel](https://cave4man.com/guides/how-to-organise-power-tools#hang-them-by-the-handle-on-steel)
3. [Keep the case, or get rid of it](https://cave4man.com/guides/how-to-organise-power-tools#keep-the-case-or-get-rid-of-it)
4. [Batteries and chargers live under the tools](https://cave4man.com/guides/how-to-organise-power-tools#batteries-and-chargers-live-under-the-tools)
5. [Batteries and the British winter](https://cave4man.com/guides/how-to-organise-power-tools#batteries-and-the-british-winter)
6. [Corded tools, saws and the awkward shapes](https://cave4man.com/guides/how-to-organise-power-tools#corded-tools-saws-and-the-awkward-shapes)
7. [Fitting the rack in a British garage](https://cave4man.com/guides/how-to-organise-power-tools#fitting-the-rack-in-a-british-garage)

## Why power tools always end up on the bench

Power tools are the worst-behaved things in a garage. They do not stack, because every one is a different lump of plastic with a handle sticking out. They roll, because the body is round and the battery is heavy. Their cases are enormous, take a whole shelf each, and have to be opened flat to get the tool out. So they get put down on the nearest surface at the end of the job, and the nearest surface is the bench.

The put-away test explains it. A drill in a blow-moulded case is three movements and two catches to put back, and the case has to be found first. A drill on the bench is zero movements. The bench wins every time, and by the end of a week there are four tools on it, the charger is buried, and the battery you need is on the other tool.

The fix is to make the put-away one movement: lift the tool, hang it by its handle, done. That needs a rack, not a shelf and not a hook, and it needs the rack to be somewhere you naturally turn to when the job ends — above or beside the bench, not on the far wall behind the car where you would have to walk to it.


## Hang them by the handle, on steel

A cordless drill or driver hangs best by its handle, with the chuck facing out and the battery hanging below. That is how a purpose-made rack holds it: a cradle or slot the handle drops into, on a steel panel or rail. The tool cannot swing, cannot roll, and comes out with one hand. A single steel rail with a few cradles will do for three tools above a bench; a four-tier rack takes a dozen, with a shelf beneath for the batteries and chargers.

What does not work is a J-hook in hardboard pegboard. A drill on a hook levers on it every time it is lifted, the hole in the board opens up, and one day the hook and a piece of the board come out together with the drill. Hardboard is fine for hand tools, clamps and light accessories; power tools want a heavy-gauge steel panel with moulded cradles, fixed through into the wall.

The rack is only as strong as what it is fixed to. A dozen tools with batteries fitted is a serious hanging weight. Into brick or block, use frame fixings sized for the wall; into a stud wall, hit the studs or batten across them. Plasterboard plugs alone will not hold it, whatever the packet says. And before ordering, check your own tools against the cradles — an SDS drill with a side handle, or anything with a large bulbous base, may not sit properly in a cradle shaped for a pistol-grip body.


## Keep the case, or get rid of it

The case is the biggest single reason a power tool has no home. It doubles the size of the tool, it is the wrong shape for a shelf, and it exists for one reason — transport. If the tool never leaves the garage, the case is doing nothing except taking up the space three other tools could use. Flatten it or give it away, and keep the tool on the rack.

The case earns its place for tools that travel to jobs, for tools that live with a set of accessories you would otherwise lose, and for anything used a few times a year that can go on a high shelf and stay there. Even then, take the battery out before the case is shut away, and put the case where you can read its label from the floor.

| Tool | Keep the case? | Where it lives |
| --- | --- | --- |
| Cordless drill and driver | Only if it travels | Steel rack, by the handle |
| Angle grinder | No | Shallow shelf on its side, disc toward the wall |
| Circular saw | Yes, if it has one | Shelf or case, guard closed, lead coiled |
| Jigsaw, multi-tool, sander | No | Rack cradle or shelf; blades in a drawer |
| SDS or hammer drill | Yes | Case on a low shelf; too fat for most cradles |
| Corded tools generally | Rarely | Shelf, lead coiled and tied |


## Batteries and chargers live under the tools

The charger is the part of the system that decides whether the rack gets used. If it is on the kitchen worktop, the batteries are in the kitchen, the tools are in the garage, and every job starts with a walk. Put the charger on a shelf directly beneath the tool rack, within a lead of a socket, and the flat battery goes onto charge in the same movement as the tool goes onto the rack.

The order that works is rack, shelf, socket: put the rack where the tools belong, put a shelf for the charger directly underneath it, and make sure a socket is within reach of the charger's own lead, not an extension. If the nearest socket is across the garage, move the rack to the socket rather than the socket to the rack; a socket is the harder thing to move. A charger is a small mains appliance that gets warm, so it wants air round its vents, a shelf rather than the floor or the top of a cardboard box, and a wall socket rather than the end of a daisy-chain of extension leads. Coil the slack in its lead and clip it to the shelf, because a lead that trails across the bench is the one that pulls the charger off when a battery is lifted out.

Keep spare batteries on the same shelf, off the tools. A battery left on a tool for months is a battery you cannot see the state of; on the shelf beside the charger you can, and you rotate them. Take the battery out before a case is shut away for the season, too: a battery sealed in a case in a cold garage is the one that comes out flat and stays flat.


## Batteries and the British winter

The battery is the expensive part of a cordless tool and the part a garage treats worst. Lithium cells do not like being stored cold, and an unheated British garage spends weeks between December and February near or below freezing. A battery that has sat through that at a low charge comes out with less capacity than it went in with, and a battery charged while it is still cold from the garage is being charged in the condition its own maker tells you to avoid. Many chargers will refuse or pause on a cold pack; that is the charger protecting the cell, not a fault.

The habit that fixes it is small. From the first frost until spring, the batteries live indoors — a drawer in the utility room, a box in the hall — and go out to the garage with you when you go. The drill stays on the rack in the cold, which it does not mind. The charger can stay on its shelf, or come inside with the batteries if the garage has no reliable socket. For the rest of the year the shelf under the rack is exactly where the batteries belong.

No temperature is given here on purpose. The maker of your batteries publishes a storage and charging range in the manual, and that is the figure to use. The shape is the same across every brand: not frozen, not cooked in a car in July, not stored completely flat, and not charged cold. Many makers also advise storing a battery partly charged rather than full or empty for long periods, and the manual will say what they mean by partly.

A garage with no socket at all, or one spur that already feeds the freezer, settles the question differently: the charger does not live in the garage. Put the rack out there for the tools, keep the charger and the batteries in the house by a socket — a shelf in the utility room is the usual answer — and carry the charged battery out with you. It is one extra thing to pick up and it is the honest layout for the building. If there is a single socket, it goes to the charger before anything else that could live elsewhere.

| What | Where it lives |
| --- | --- |
| Charger | Its own shelf under the rack, near a socket, never on the floor |
| Spare batteries, most of the year | On the charger shelf, off the tools, where you can see which are charged |
| Batteries, winter, unheated garage | Indoors, partly charged, in a drawer; out to the garage with you |
| Battery on a tool going into a case | Off the tool before the case is shut; indoors if the case is stored for a season |


## Corded tools, saws and the awkward shapes

Not everything hangs by a handle. A circular saw is a flat plate with a blade under it, a grinder is a tube with a disc on the end, a router sits on its base. These want a shallow steel shelf rather than a rack, laid so the blade or disc is toward the wall and cannot be caught by a sleeve. A shelf that is shallow keeps them in one visible row; a deep shelf turns into two rows and the back one is forgotten.

Corded tools have a cable to manage, and a cable left loose becomes the thing that pulls the tool off the shelf. Coil it, tie it with the tool's own strap or a hook-and-loop tie, and tuck the plug in. Keep saw blades, grinder discs and sanding sheets in a drawer rather than loose beside the tool — a stray blade edge on an open shelf is the cut you get while reaching for something else.


## Fitting the rack in a British garage

In a UK single garage the rack goes on the back wall or the side wall beyond the reach of the car door, at a height where you lift a tool out with a straight arm. Leave a hand-width of clearance below the lowest row: you need a grip on the handle to lift a tool out, and a rack mounted tight above a worktop is one you fight with every time.

The wall matters. Single-skin brick takes frame fixings well; aerated block crumbles under standard plugs and wants a fixing made for lightweight block; dot-and-dab plasterboard has a void behind it, so a fixing that only grips the board is holding nothing. If you rent, or the wall is one you cannot drill, a freestanding shelving unit takes the tools on shelves instead, and a rack can bolt to its uprights rather than to the wall.

## Common questions

**What is the best way to store power tools in a garage?**

Hang cordless drills and drivers by the handle on a steel rack fixed into masonry or studs, with the chargers and spare batteries on a shelf directly beneath and a socket within reach. Put tools that do not hang, such as saws and grinders, on a shallow shelf with the blade toward the wall. Keep the case only for tools that travel.

**Can I hang power tools on pegboard?**

Not on standard hardboard pegboard with J-hooks. A drill levers on the hook every time it is lifted and eventually takes a piece of the board with it. Use a heavy-gauge steel pegboard with moulded cradles, or a dedicated steel rack, fixed through into the wall rather than relying on the board.

**Should I keep power tools in their cases?**

Only if the tool travels to jobs or is used a few times a year. A case doubles the size of a tool and takes three movements to put it away, which is why cased tools end up on the bench. Tools used in the garage most weeks belong on a rack, and the case can go.

**Where should the battery charger go in a garage?**

On a shelf directly under the tool rack, plugged into a socket within reach of its lead, and never on the floor. A charger beside the rack means the flat battery goes on charge in the same movement as the tool goes back, which is what keeps the batteries charged and the tools on the wall.

**Can I leave drill batteries in a cold garage over winter?**

Better not. Lithium cells lose capacity when stored through weeks near freezing, and they should not be charged while they are cold. Take the batteries indoors from the first frost to spring, store them partly charged as the manual advises, and carry them out to the garage when you use the tool. The drill itself is fine in the cold.

**Should I take the battery off a drill when storing it?**

Yes. A battery left on a tool for months is one you cannot see the state of, and in a cold garage it is one that comes out flat. Keep the tools on the rack and the batteries on the shelf beside the charger, or indoors through winter, so you can see which are charged and rotate them.

## Kit that does the job

- **Four-tier power tool wall** — £210.00, not yet on sale (https://cave4man.com/product/power-tool-wall-organiser)
- **Pegboard power tool rack** — £54.99, not yet on sale (https://cave4man.com/product/pegboard-power-tool-rack)
- **Drill and driver wall rack** — £24.99, not yet on sale (https://cave4man.com/product/drill-holder-wall-rack)
- **Four-tier tool shelf** — £54.99, not yet on sale (https://cave4man.com/product/four-tier-tool-shelf)

---

Guide page: https://cave4man.com/guides/how-to-organise-power-tools