Quick answer: the best shed lighting for a hobby workshop
The best shed lighting ideas for an Australian hobby or tool workshop all start with numbers, not fittings. Aim for around 300 to 400 lux of even general light across the floor, 500 to 750 lux along the workbench, and 750 lux or more for fine detail, painting and inspection. Pick one colour temperature for the whole shed, choose CRI 90 or higher if you finish timber, match paint or detail cars, and use low flicker LED fittings with a suitable IP rating for dust and moisture.
- General light: LED battens, a hexagon grid or, in tall steel sheds, high bays.
- Task light: linear lights or strips running along the front of the bench.
- Colour temperature: 5000K for a pure workshop, 4000K for a shed you also relax in.
- Install: plug and play fittings into an existing power point, or a licensed electrician for anything hardwired.
How much light does a shed workshop need?
Lux measures how much light lands on a surface. The Australian and New Zealand interior lighting standard, AS/NZS 1680, groups tasks by how visually demanding they are and recommends higher maintained illuminance as tasks get finer. For a home shed, those categories translate into the practical targets below.
| Area or task | Practical target | Typical examples |
|---|---|---|
| Storage and walkways | 80 to 160 lux | Shelving, mower bay, garden tools |
| General workshop floor | 300 to 400 lux | Moving timber, assembling, cleaning up |
| Bench work | 500 to 750 lux | Marking out, cutting, drilling, repairs |
| Fine detail and inspection | 750 to 1000 lux | Electronics, model making, sharpening |
| Painting and finishing | 750 to 1000 lux, CRI 90+ | Staining, spraying, paint correction |
Turning lux into lumens and fixture count
You can plan a shed with a simple formula that allows for light lost to walls, dust and ageing.
- Multiply your target lux by the floor area in square metres.
- Divide by 0.5 for a typical shed with mid tone walls and an average ceiling height of 2.4 to 3 m. Use 0.4 if walls are dark or the roof is above 3.5 m.
- Divide the result by the lumen output of the fitting you are considering to get the fixture count.
Example: a 6 x 6 m shed (36 m²) at 320 lux needs 320 x 36 ÷ 0.5 = about 23,000 lumens. With roughly 4,000 lumen fittings, that is six fittings. Bench task lighting is then added on top.
Shed lighting layouts for common Australian shed sizes
These worked examples assume a 320 lux general target (300 lux for the smallest shed) and roughly 4,000 lumen fittings. Space fittings evenly, and keep the gap between them no wider than their height above the bench so light overlaps without dark bands.
| Shed size | Floor area | Lumens needed | Example layout |
|---|---|---|---|
| 3 x 3 m | 9 m² | About 5,400 | Two fittings, one centred and one over the bench, plus an under shelf strip |
| 6 x 4 m | 24 m² | About 15,400 | Four fittings in two rows about 1 to 1.5 m in from the long walls, or a hexagon grid over the main floor |
| 6 x 6 m | 36 m² | About 23,000 | Six fittings in two rows of three, with one row directly in front of the main bench |
| 9 x 6 m | 54 m² | About 34,600 | Nine fittings in a 3 x 3 grid, or high bays if the roof is above about 4 m |
In every layout, place the bench row so the light falls in front of you, not behind your head.
Colour temperature and CRI explained
4000K or 5000K to 6500K?
4000K is a neutral white that feels comfortable for long sessions and suits a shed that doubles as a hangout. 5000K is crisp daylight white and is the most popular choice for tool workshops, mechanical work and detailing. 6500K is very cool and can feel harsh in a small, low ceiling shed. Whatever you choose, do not mix colour temperatures. Mixed light makes surfaces look patchy and makes colour judgements unreliable.
Why CRI 90+ matters
CRI (colour rendering index) describes how accurately a light shows colours compared with natural light. Budget LEDs often sit around CRI 80, which can make timber stains look muddy and paint swirls hard to spot. CRI 90 or higher is worth it for timber finishing, paint matching, auto detailing, leatherwork and crafts.
Layered shed lighting ideas
- Overhead ambient: the even base layer from battens, a hexagon grid or high bays.
- Bench task lighting: a linear light running the full length of the bench, mounted slightly in front of your working position.
- Under shelf strips: fill the shadow under overhead cupboards and shelving.
- Machine spot lighting: a dedicated light at the lathe, drill press or bandsaw.
- Wall wash: light aimed at pegboards and tool walls so you can find things fast.
Shadows, glare and flicker around machines
Avoiding shadows
Lights directly behind you cast your own shadow onto the work. Put lights in front of and either side of each work position, and run them along the length of the bench rather than across it.
Glare and mounting height
Many Australian sheds have ceilings around 2.2 to 2.7 m, so bright points of light sit close to your eye line. Use diffused or opal fittings, and surface mount rather than suspend in low sheds. Taller steel sheds of 4 m and above suit high bays with wider beam spreads.
Flicker and stroboscopic effect
Poor quality LED drivers can flicker faster than you notice. Around rotating machinery such as table saws, lathes and drill presses, this can create a stroboscopic effect that makes a spinning part look slower or even stationary. Choose fittings with quality constant current drivers and published low flicker performance, add a separate task light at each machine, and never judge whether a blade has stopped by sight alone.
Heat, dust and IP ratings in Australian sheds
An uninsulated Colorbond roof can make the air just under it far hotter than outside on a summer afternoon. Heat shortens LED driver life, so choose fittings with aluminium housings that dissipate heat, consider roof insulation or sarking, and avoid sealing lights hard against hot roof sheeting. Coastal sheds need corrosion resistant fixings, and sealed fittings keep out dust and insects.
| IP rating | Protection | Where it suits |
|---|---|---|
| IP20 | Fingers, no water protection | Clean, dry hobby shed interiors |
| IP44 | Small objects and splashing water | Damp sheds and near a utility sink |
| IP65 | Dust tight and water jets | Dusty woodwork, wash bays, eave mounted exterior lights |
Choosing the right fixture type
| Fixture | Best for | Watch outs |
|---|---|---|
| LED battens | Even general light in most sheds | Rows of tubes can glare in low ceilings |
| Hexagon LED grid | Wide, shadow reducing coverage over a car or main floor in low to mid height sheds | Needs clear ceiling space for the layout |
| High bays | Steel sheds above about 4 m | Too intense and glary in low sheds |
| Linear and strip lights | Bench and under shelf task lighting | Need good diffusers to avoid hot spots |
Hexagon grids work well where the shed floor is the workspace, such as a car or project bay, because light comes from many directions at once. HEXA's plug and play hexagon LED lighting kits connect to a standard power point, while battens, high bays and linear options are grouped in the shed lighting range.
What does shed lighting cost to run?
LED shed lighting is cheap to run. As an illustration, about 23,000 lumens of efficient LED light draws roughly 190 W. Used three hours a day at 35 cents per kWh, that is about 20 cents a day, or around $73 a year. Check your own tariff and the wattage on the fittings you buy.
Lighting needs by hobby
- Woodworking: IP65 or sealed fittings for dust, CRI 90+ for finishing, machine task lights.
- Cars and detailing: overhead coverage across the whole vehicle, 5000K, high CRI to reveal swirls.
- Metalwork: robust housings, bright bench light, keep fittings clear of welding spatter.
- Crafts and model making: high CRI and 750 lux or more at the bench, low glare.
- Tool storage and potting sheds: 150 lux or so is plenty, focus on wall wash over shelving.
For heavier setups, compare options in the workshop lighting collection.
Wiring shed lights legally in Australia
In Australia, any fixed wiring, new circuits, hardwired fittings or new power points must be installed by a licensed electrician. The legal DIY option is plug and play lighting that plugs into an existing, RCD protected power point. Whatever you buy, check it carries the RCM mark and is designed to AS/NZS 60598, avoid daisy chained power boards, and use outdoor rated leads where needed. Our technical guides cover compliance in more depth.
Frequently asked questions
How many lux do I need in a shed workshop?
Aim for about 300 to 400 lux of general light and 500 to 750 lux at the workbench. Fine detail, painting and inspection work benefits from 750 lux or more, while storage areas only need around 80 to 160 lux.
Can I install shed lights myself in Australia?
You can install plug and play lights that connect to an existing power point yourself. Any hardwired lighting, new circuits or new power points must be installed by a licensed electrician.
Is 4000K or 5000K better for a shed?
5000K suits most tool and hobby workshops because it is crisp and shows detail clearly. 4000K is better if the shed is also a relaxing space. Use one colour temperature throughout rather than mixing them.
What IP rating do shed lights need?
IP20 is fine inside a clean, dry shed. Choose IP44 for damp areas and IP65 for dusty woodworking, wash bays and lights mounted outside under the eaves.
Can LED lights make spinning tools look stopped?
Yes. Cheap LED drivers can flicker and create a stroboscopic effect around lathes and saws. Choose low flicker fittings, add a separate task light at each machine and never rely on sight alone to check a blade has stopped.
