Light is the camp system people overbuild and under-plan. Six lanterns, none of them where the table is. A battery bank that cannot run the fan to dawn. A torch buried in the glovebox when the tent needs one. The fix is a plan, not more lumens.
Start with the maths. Write down the nightly load in watt-hours: light, phone charging, fan, fridge if it runs. Then size the battery, the charging path and the spare against that number. Volts are easy to compare and nearly useless alone; the amp-hour figure at a stated voltage is the same number in different clothes.
Then design the layers. One broad lamp for the room, one hands-free light for the cook, and one low red light for the after-dusk path. Three jobs, three fixtures, and the camp runs on far less power than a single blinding white floodlight demands.
Last, respect the dark. Most camps have no artificial lighting history, and a bright white site ruins everyone's night sky and everyone's sleep, including yours. Dim, aim down, use red after dusk, and keep the brightest lamp for the two hours it is actually needed.
- Groups
- 6 groups, 25 items
- Essentials
- 7 marked do-not-skip
- Rule
- Count watt-hours, not volts
- Rule
- One lamp per job: room, hands, path
- Format
- Tick, download, print for the power crate
Take the list with you
Downloads as a self-contained HTML file — tick boxes, live Amazon links, and a print layout for saving as PDF or clipping to the visor.
The packing list
Tick items off as you gather them — the boxes reset when you reload, so print this page or keep it open while you pack. Every buyable line links to current options on Amazon AU.
Room light
The broad, dimmable lamp that makes the table usable. One per shelter is plenty.
Hands-free light
The lights that let you cook, pitch and walk with both hands free.
Path and marker light
Small, low and warm: enough to see the trip hazard without lighting the whole site.
Battery and power
Sized against the written nightly load, not the shop's optimism.
Charging paths
Two ways in and one cable bag, so a lost lead is never the failure.
Flame and ambience
Fire in a lantern is atmosphere, and it has rules. Keep it outside the shelter.
The three layers of camp light
Design the light in three layers. The room lamp covers the table and the cooking, dimmed low enough to talk under. The hands-free light does the work: pitch, wash-up, the walk to the toilets. The path light makes the trip hazards visible without flooding the site.
Most camps run one lamp too bright and none of them at the right height. Hang the room light at head level rather than on the tallest pole. Clip the work light where the hands are going. Keep the ground-level light dim, warm and near the hazards.
Count the fixtures per person as well as per site. A shared lantern becomes a shared curfew when the one person with the head torch goes to bed. Two cheap head torches beat one expensive lantern for the night-trip problem.
Room, hands and path: three purposes, three fixtures, hung low and dimmed after dinner.
The height habit
Light at head height lights faces and tables. Light on the tallest pole lights the neighbours and the sky. Hang the lantern lower than feels stylish.
The watt-hour budget, done honestly
Write the nightly load in watt-hours. A modest LED lamp at 5 watts for four hours is 20 watt-hours. A phone charge is roughly 15. A 12-volt fan at 4 watts overnight is around 30. A compressor fridge duty cycle is the number that changes the whole plan.
Then compare against the battery. A 12-volt, 100 amp-hour battery stores about 1,200 watt-hours in the label, and a fair share of that is unavailable without flattening lead-acid chemistry. Do the arithmetic on paper once and the shopping list writes itself.
Add a margin for cold nights, a dusty panel and the extra evening the trip runs long. A camp out of power at 10 pm loses the fan, the fridge and the lantern together. The night then feels twice as long as the maths suggested.
List the load in watt-hours, compare it to real usable capacity, and add a margin before buying anything.
Volts are not capacity
Two devices can both say 12 volts and store wildly different energy. Compare watt-hours, or amp-hours at the same stated voltage, and nothing else.
Battery chemistry, chosen for the job
Lead-acid and AGM banks are cheap, heavy and tolerant of a vehicle charging system. They hate being flattened, and they deliver a modest share of their label capacity before damage. They suit the weekend setup that charges while driving.
Lithium iron phosphate banks store far more usable energy for the weight, cycle for years and tolerate partial charging happily. The cost is the upfront price and the need for correct charging and, in cold country, a chemistry that can accept charge at low temperature.
Small lithium-ion cells in power banks and lamps are a different risk profile. Buy from a real retailer, and use the cable that came with the device. Never leave a charging pack on a bed or inside a bag. A swollen, hot or dropped power bank is retired, not re-taped.
Match chemistry to duty: lead-acid for cheap and driven, lithium for weight and usable capacity, cells treated as fire risks.
The cold-charge warning
Most lithium packs refuse or resent charging below their stated low temperature. Read the figure on the label before planning a frost-night recharge.
Solar: the realistic version
A panel rated at 100 watts makes its rated number in full sun, cold and horizontal. Real camp output is a fraction of that: angled at the sun, unshaded, clean and midday. Plan on a generous fraction of the label through a day, not the label.
Angle beats size. A small panel tilted to the sun outperforms a bigger one lying flat on a sweltering roof. Position it where it can be re-aimed at morning and afternoon, and keep the leaves, dust and shade of a canopy off every cell.
Solar is a slow top-up, not an instant fix. It covers a phone-and-lights weekend comfortably, keeps a fridge from winning the day, and will not rescue a hot-water-and-floodlight lifestyle. Size the load first, then the panel that serves it.
Judge panels by the day's real angle, shade and heat, and let the written load, not the wish, set the size.
12-volt habits and the vehicle bank
The vehicle is the biggest charger most camps have. Engine-off drawing on a starter battery flattens it in an evening of lights and fans. A second battery, a DC-DC charger and proper fusing turn the car into a real power system instead of a risk.
Keep the wiring boring and correct. Cable gauge to match the load, an in-line fuse near the battery, switched accessories rather than permanent draws, and nothing taped where a clamp belongs. Inverters for 240-volt tools draw heavy current; run them at the motor, not silently on the bank.
Charge discipline is the quiet win. Phones and cameras come off the vehicle circuit while driving and go onto the power bank. The bank keeps its own reserve for lights, the fan and the satellite device that actually matters overnight.
Fused, gauged and switched: the vehicle charges the bank while driving, and the bank keeps a comms reserve.
Dark adaptation and red light
Eyes take twenty to thirty minutes to fully adapt to the dark. One blast of white light resets the clock, and the camp pays for it in the stars and in the walk back to the tent. Red or amber light at low output protects the adaptation.
Use the red mode for the night path, the tent interior and the checkpoint look at a map. Most modern head torches offer it. Where the lamp has only white, dim to the lowest useful setting rather than running bright and sorry.
The shared-camp version of this is courtesy. Lights below eye line, no spotlights across the neighbours' site, and the car's interior lamp off while the crew settles in after dark. Good fences make good neighbours; good light angles make quiet camps.
Red after dusk, low and shielded, and no white beam above the table: the camp's night sky is a shared fixture.
The thirty-minute rule
Give everyone thirty minutes of dim, warm light after dinner. The site calms down, the stars come out, and nobody trips over the guy line.
Power etiquette in shared camps
Generators are the loudest decision a campground makes, and many sites ban or restrict them. Where they are allowed, run them at agreed hours, never at dawn or dusk, and never beside a neighbour's wall. A battery bank covers the same charging job without the argument.
Cables across shared lanes are trip hazards and social ones. Run the lead along the edge of your site, marked and clamped, and keep the connection point dry and off the walking line. The five-metre tidy is easier than the apology at breakfast.
Keep the draw honest on shared amenity power. A site outlet is not a private power station, and high-draw appliances belong on your own system. Ask the site manager before anything plugs in for a long run, and take the extension lead rated for the job.
Quiet hours, marked cables and honest draws: shared camp power is a courtesy system before it is an electrical one.
Charging, storage and safe handling
Charge devices in the open, on a hard surface, where a failing cell can be seen. Never on a mattress, in a swag or under a pillow. Unattended overnight charging of small lithium packs is the camp habit that needs rethinking every season.
Batteries live out of the hot car boot where they can. Heat shortens life and cold steals capacity, so the cabin, a shaded shelf or an esky without ice keeps them near their working range. Store the long-term banks at the manufacturer's stated partial charge, not flat.
At home, log the cables and the lamps in one crate, and test everything before the trip. Retire anything with a damaged jacket, a hot connector or a swollen cell. The kit that fails the driveway check fails the dark campsite too, and there the repair options are worse.
Open charging, temperature-aware storage, and a driveway test for every cable and cell before departure.
The one-crate rule
Every power item lives in one labelled crate with its cable. Nothing in this system works when the matching lead is in another vehicle.
Nightly load, in the order it gets cut
| Item | When | Why |
|---|---|---|
| Room lantern | Four hours, dimmed | The first watt-hours spent and the last needed |
| Phone charge | Once per day, off the vehicle | Small draw, high morale value |
| Fan | Overnight on a hot night | Sleep quality beats the light budget |
| Fridge | Continuous, duty-cycled | The load that decides the whole bank size |
| Comms device | Reserve kept untouched | The last thing to spend and the first to need |
| Floodlight | Cut first, always | Bright, wide and popular with nobody nearby |
Key terms
- Watt-hour
- Energy equal to one watt running for one hour. The honest unit for comparing a load to a battery.
- Amp-hour
- Capacity stated at a voltage. Multiply by volts to get watt-hours and compare properly.
- Depth of discharge
- How much of a battery's capacity is used in a cycle. Lead-acid tolerates far less of it than lithium.
- Dark adaptation
- The eye's twenty-to-thirty-minute adjustment to low light, reset instantly by a bright white beam.
Pro tips
- ✓Label every cable with the device it serves, in tape and pen. The camp that guesses leads loses an hour after dark.
- ✓Put one head torch in every bag, including the kids' and the spare bag. Shared torches become shared curfews by eight pm.
- ✓Run a single evening with every light on the lowest useful setting. It shows you what the camp actually needs.
Common mistakes
- ✗Buying a panel by its label watts and planning a day's output around them, in shade, at a flat angle.
- ✗Running the fan, the fridge and the lantern from the starter battery, then meeting a car that will not crank.
- ✗Charging a power bank on the swag pillow, and calling the smell of hot plastic a warning sign when it is already late.
How we built this list
Compiled from battery and portable power product documentation, consumer product safety guidance for lithium-ion power banks, electrical safety regulator advice for vehicle and 240-volt equipment, and solar panel rating conventions. Capacity and output claims vary by brand and conditions; read the specific product's figures. Links point to Amazon AU search results; prices and product claims are not stated.
Safety note: Charge lithium batteries in ventilated spaces and never overnight unattended near bedding, fit vehicle wiring with correct fusing and use a residual current device on 240-volt supply, keep fuel-burning lanterns and candles out of enclosed shelters, and treat any swollen or hot battery as waste immediately.
Links to Amazon AU earn us qualifying purchase commissions at no extra cost to you.
Sources reviewed
- ACCC consumer product safety guidance on batteries and chargers — power bank safety; charger and cable practice
- Energy Safe Victoria — electrical safety advice — 240-volt camp supply; RCD and fusing practice
- Bureau of Meteorology — sunrise, sunset and daylight hours — dark-hours planning; seasonal day length
- Manufacturer solar panel and charge controller documentation — panel rating conditions; charging regime practice
Facts last checked 16 October 2026 · next review due 16 April 2027 · research-based review, no hands-on product testing.
Pair this checklist with
- Best Summer Camping Gear for Australia — parent
- 12V Fridge vs Esky — decision
- Car Camping and Campsite Checklist — see-also
- 4WD and Overlanding Camping Checklist — see-also
- Glamping Comfort Checklist — see-also
- Sunrise, Sunset & Daylight Hours Tool — works-with
- How to Stay Cool Camping in 35-Degree Heat — further-reading
Track & Canopy may earn a small commission when you buy through the links above — it never changes what makes this list, and prices are set by Amazon, not us.
Frequently asked questions
- How big does a camp battery need to be?
- Size it from the written nightly load in watt-hours, then double it. Lights and phone charging are a small draw. A fridge or a long fan run changes the answer completely. A modest 12-volt lithium bank covers most weekend camps, and a lead-acid unit of similar label capacity gives up much less of it before damage.
- Is a solar panel worth carrying for a weekend?
- For phones, lamps and a topped-up power bank, yes, and a fold-out panel is enough. For running a fridge hard in cloudy weather or driving a heavy appliance, no. Panel output depends on angle, shade, heat and dust, so treat the label as the best case and tilt the panel toward the sun.
- What is the difference between a power bank and a power station?
- A power bank is a small lithium pack for phones and lamps, measured in milliamp-hours. A power station is a larger unit with an inverter, sockets and a management system, measured in watt-hours. The bank covers crew electronics; the station covers appliances, at weight and cost.
- Can I run lights and a fan off the car battery while parked?
- Briefly, yes, and it is a habit that ends with a flat battery. The starter battery is not built for deep cycling. For an evening of light and fan, use a separate bank charged by the engine while driving. An isolator or DC-DC charger suits vehicles set up for it.
- What lighting is best for a family camp with kids?
- One dimmable lantern hung at table height, one head torch each, and a night path marked with reflective line. Give children their own torch with a red mode and a spare battery. The system that needs no borrowing is the one that keeps the camp moving after dark.
- Are rechargeable LED lamps better than battery ones?
- On most trips, yes, because the charge comes from the same bank as the phones. Battery-powered lamps are the honest backup for long trips and cold weather, where cells last longer than a tired pack. Carry one of each and a common charging path.
- How do I keep batteries safe in a hot car?
- You mostly do not: move them out. Lithium packs degrade in a boot that reaches high temperatures, and a hot, charging cell is the failure mode you want to avoid. Store them shaded, in the cabin or a cool box, and charge in the open where anyone would notice a problem.
- What is the quietest way to charge a big bank on a long trip?
- Charge while driving, from a properly fused DC-DC system, and hold the generator for the rare high-draw job. Solar keeps a small bank topped between towns. The quiet camp that starts each day with a full bank needs no engine noise at breakfast.