Garden Lighting Costs NSW 2026 - Get Free Quotes

Garden Lighting Costs in NSW

Low voltage fittings run $120 to $300 each installed across New South Wales, mains fittings $250 to $600, a transformer $250 to $600 supplied and fitted, cable $15 to $40 a metre and a typical six to eight light system $900 to $2,500 complete. A designed scheme across a substantial garden reaches $3,000 to $15,000. Where a quote sits inside those bands depends on fitting quality, cable distance and how much of the work needs a licensed electrician, and those three variables account for almost all the difference between competing prices. Have the fittings and the labour itemised, since that shows whether a difference between quotes is the product or the work. Comparative figures across outdoor schemes sit under outdoor lighting costs.

The first decision is low voltage or mains, and it shapes everything downstream. Low voltage systems run at extra low voltage from a transformer, use a wider range of landscape specific fittings, and allow cable to be run with far less trenching. Mains fittings deliver more output per point and are the answer for large trees and building facades, and they require an electrician for every part of the installation. Most residential gardens are best served by a low voltage system with mains used selectively. Neither is inherently better and the right answer depends on the garden, the distances involved and what is being lit.

The second thing worth knowing before you spend anything is that garden lighting almost always ends up too bright. Fittings are chosen from a catalogue in daylight, output figures mean nothing until they are in a dark garden, and the result is a scheme that impresses on the first night and irritates within a fortnight. Eyes adjust to darkness remarkably well, so far less light is needed outdoors than indoors. Planning for restraint is the single best piece of advice on this page. Installers who work in gardens regularly will steer you toward fewer fittings, which occasionally reads as them being unhelpful when it is the opposite.

Low Voltage or Mains, and Who Can Install It

A low voltage garden lighting system consists of a transformer, cable and fittings running at extra low voltage rather than at mains voltage. The transformer sits near a power point, usually on a wall or in a weatherproof enclosure, and steps the supply down before it goes anywhere near the garden. Because the cable downstream carries extra low voltage, it can be run with far less depth and protection than mains cable requires, which is what makes these systems quick to install and easy to extend later. Extending the system later is straightforward as long as the transformer has capacity, which is why sizing it generously at the outset matters more than it appears.

The licensing position is worth stating clearly. Any fixed mains wiring is licensed electrical work in New South Wales, and that includes installing the weatherproof outlet a transformer plugs into, hard wiring a transformer, and installing any mains voltage fitting in the garden. Licence status can be checked with NSW Fair Trading, and unlicensed electrical work is both unlawful and a common reason an insurance claim is refused after an incident. Ask for the licence number rather than accepting an assurance, and verify it, since it takes a minute and is the most basic protection available.

Downstream of a plug in transformer there is more scope for a homeowner to lay cable and position fittings, which is why these kits are sold through hardware retailers. That said, the outlet has to exist first and be suitable, which is an electrician's job, and getting the cable sizing and transformer capacity right is what determines whether the system performs. Plenty of households have an electrician install the outlet and set up the system, then extend it themselves later. Where you intend to do the cable work yourself, having the electrician look over the layout before you backfill is a sensible middle path.

Mains fittings earn their place where output matters. Lighting a large gum from below, washing a two storey facade or illuminating a long driveway all ask for more than an extra low voltage fitting comfortably delivers, and those points are usually wired at mains voltage on their own circuit. The installation is more involved, since cable must be buried at proper depth in conduit and protected appropriately, and it is priced accordingly. General scope sits under electrical services.

Solar garden lights occupy a third category and deserve an honest assessment. They cost very little, need no cable at all and suit a shed path or a spot where running power is impractical. Against that, output is modest, performance falls away in winter and in shaded positions, batteries degrade within a couple of years, and the light quality is generally poor. They are a reasonable choice for a low stakes application and a poor substitute for a proper system. A garden lit with solar spike lights looks exactly like a garden lit with solar spike lights, which is fine if that is what you want.

Weatherproofing and What the IP Rating Means

Outdoor fittings carry an ingress protection rating, written as IP followed by two digits, where the first describes protection against solid objects and the second against water. For garden lighting the second digit is what matters, with IP65 suitable for fittings exposed to rain and hosing, IP67 for those that may be temporarily submerged, and IP68 for continuous immersion. A fitting rated for a sheltered position will fail in an exposed bed, which is the most common cause of early failure. Check the rating on the actual model rather than the range, since manufacturers frequently offer several ratings under one product family.

In-ground uplights are the fittings that fail most often and the reasons are predictable. They sit in the ground where water collects, they get covered by mulch and leaf litter, garden beds are dug around them, and lawn mowers find them. Anything installed flush in the ground needs a high rating, proper drainage in the recess beneath it, and a position where it will not be buried by the next load of mulch. Many landscapers avoid them entirely for exactly these reasons. Surface mounted spike lights positioned behind planting achieve much the same effect with none of the drainage problems, which is why many designers prefer them.

Cable joints are the other common failure point and they matter more than the fittings themselves. Every connection in a garden is a potential entry for water, and a joint made with electrical tape or a plastic connector block will corrode within a season. Proper gel filled connectors or purpose made waterproof joints cost a few dollars each and are what separates a system that keeps working from one that fails light by light over two years. Keeping joints out of low spots where water collects also helps, since a connector sitting in a puddle after every storm will not last.

Position affects longevity as much as the rating does. A fitting under an eave or in the lee of a wall lives an easier life than one on an exposed western elevation taking full sun and driving rain, and coastal properties add salt to that equation. Where a fitting must go somewhere harsh, spending more on it is justified. Where it sits in a sheltered spot, a mid range product performs perfectly well.

Pool areas carry specific electrical requirements that override normal garden practice entirely. Zones around a swimming pool restrict what equipment may be installed and at what distance, and lighting in or near a pool is specialist work rather than a landscape lighting decision. Anything within those zones belongs with an electrician who works on pools regularly, and it is covered under pool lighting installation and repairs. Do not treat a pool surround as an ordinary garden for lighting purposes, since the rules there exist for good reason.

Cable Runs and Why the Far Lights Look Dim

Voltage drop is the technical issue that spoils more low voltage installations than any other, and it is invisible until the system is running. As current travels along a cable it loses voltage, and at extra low voltage that loss is proportionally large, so fittings at the far end of a long run receive noticeably less than those near the transformer. The visible result is lights that get progressively dimmer along the run, which owners assume is a faulty fitting rather than a design issue. It is also why a system that worked well initially can dim when extra fittings are added to the end of an existing run.

Cable size is the main remedy and it is where cheap kits fall down. Heavier cable carries the same current with less loss, so a system running fifty metres needs a considerably larger conductor than one running ten. Retail kits are typically supplied with light cable adequate for the short runs shown on the box and inadequate for a real garden. Ask what cable size is being used rather than assuming it comes with the fittings. Upgrading cable after installation means digging the run up again, which is why getting it right first is worth insisting on.

Layout matters as much as cable size and there are established ways to handle it. Running a loop so power feeds from both ends, splitting the garden into several runs from the transformer rather than one long chain, or positioning the transformer centrally rather than at the house all reduce the problem substantially. A designer who asks where the transformer will sit before positioning fittings is thinking about this correctly. Mounting the transformer in a garage or under an eave near the middle of the garden rather than at the meter box is often the simplest improvement.

Transformer sizing needs headroom rather than exactness. Adding up the wattage of the fittings and buying a transformer that exactly matches leaves nothing for the additional lights every garden eventually wants, and running a transformer at its limit shortens its life. Allowing twenty to thirty per cent spare capacity costs very little at installation and saves replacing the unit when the garden grows. Ask what capacity is being supplied and what the connected load will be. Most households add lights within the first two years, which is predictable enough to plan for.

Cable burial and marking deserve thought because gardens get dug. Extra low voltage cable does not need the depth mains cable does, but it still needs to be deep enough to avoid a spade, run along predictable lines rather than diagonally across beds, and ideally be marked or recorded so future work avoids it. Photographing the cable runs before backfilling takes two minutes and is worth having. Mains cable requires proper depth and conduit, covered under outdoor power point installation. Running cable along the edge of beds rather than through the middle also keeps it clear of planting holes.

Lighting Techniques That Actually Work

Uplighting a tree is the technique that delivers the most for the least, and it works because it reveals structure rather than simply making things visible. A narrow beam fitting placed at the base and angled up the trunk lights the bark texture and the canopy from below, creating depth and shadow that a garden has none of during the day. One or two well placed uplights on a good specimen tree transform a garden more than a dozen path lights. Two fittings at different angles usually beat one, since a single beam flattens the trunk while two create depth. Aiming matters more than output here, since a beam that misses the canopy lights nothing but the trunk base.

Path lighting is where most schemes go wrong by treating it as a runway. Fittings placed at regular intervals down both sides of a path produce an airstrip effect that looks institutional and does nothing for the garden. Staggering fittings, using fewer of them, and choosing louvred or shielded types that throw light downward onto the surface rather than outward into your eyes all produce a better result. The path should be visible without the fittings themselves being the feature. Lighting the surface people walk on rather than the air above it is the whole principle.

Grazing and washing are two distinct approaches to lighting a wall or fence and the difference is worth knowing. Grazing places the fitting close to the surface and throws light along it, exaggerating texture in stone, brick or timber. Washing places the fitting further back and lights the surface evenly, which suits smooth render or a painted wall. Using the wrong one makes a beautiful sandstone wall look flat or a rendered wall look blotchy.

Silhouetting and moonlighting are the techniques that separate a considered scheme from a bright one. Silhouetting lights the surface behind a plant so the plant reads as a dark shape against it, which suits sculptural forms and grasses. Moonlighting places a fitting high in a tree aimed downward, casting dappled light and leaf shadows onto the ground below in a way that mimics moonlight. Both are subtle and both are more memorable than anything pointed directly at a plant. Both take some experimentation to aim correctly, which is an argument for a fitting that can be adjusted after installation.

Steps and level changes are the one place where lighting is genuinely functional rather than decorative. Anywhere someone might misjudge a step in the dark deserves light on the tread, ideally from the side or above rather than from a fitting that shines into the eyes of the person approaching. Recessed step lights, a fitting under a handrail or a low bollard beside the run all work. Structural work on these areas sits under deck builders. Consistency matters here too, since one dark step in an otherwise lit run is more dangerous than no lighting at all.

Restraint is the technique nobody sells and everybody needs. A garden lit at every point loses all depth, because contrast is what makes lighting effective and a uniformly lit space has none. Lighting three or four things well and leaving the rest dark produces a far better result than lighting everything moderately. Designers work this way, and it is also cheaper. Broader outdoor schemes sit under outdoor lighting installation. Starting with fewer fittings and adding later is easy on a low voltage system with spare transformer capacity.

Brightness, Colour and Not Annoying the Neighbours

Output is the specification people get most wrong because indoor intuition does not transfer. Eyes adapt to darkness over several minutes and become far more sensitive, so a fitting that seems modest in a showroom is glaring in a dark garden. Landscape fittings measured in a few hundred lumens are ample for most applications, and anything measured in thousands belongs on a facade or a large tree rather than in a garden bed. Dimmable systems solve the problem elegantly where the budget allows. Bringing a single fitting home and trialling it in position after dark is worth doing before committing to a dozen.

Colour temperature changes the character of a garden completely. Warmer light in the region of two thousand seven hundred kelvin flatters foliage, brickwork and timber and reads as inviting, while cooler light at four thousand kelvin and above looks clinical and makes a garden feel like a car park. Manufacturers list this on the packaging and it is worth checking. Consistency matters too, since mixing temperatures across a garden is immediately noticeable and looks accidental. Matching the garden lighting to the warmth of the interior lighting seen through windows also helps the whole property read as one.

Glare is what separates a well lit garden from an uncomfortable one and it is entirely about aiming and shielding. A fitting visible from the seating area, the kitchen window or the front path will dominate everything regardless of how good the effect it creates is. Shields, louvres, glare guards and simply aiming away from where people sit and walk all address it. Walk the garden at night after installation and look for any fitting you can see the source of. Aiming is best done at night with someone standing where you normally sit, which takes half an hour and makes an enormous difference.

Light spilling onto neighbouring properties causes genuine friction and there is an Australian Standard addressing the control of obtrusive effects of outdoor lighting, published by Standards Australia. The practical points are to aim fittings within your own boundaries, shield anything near a fence line, avoid pointing lights at neighbouring windows, and consider whether a scheme running all night is necessary. A conversation before installation costs nothing and prevents a complaint afterwards. Nocturnal wildlife is affected by lighting as well, which is another reason to light what needs lighting rather than everything, and to keep schemes away from planted screening such as outdoor privacy screens.

Running cost and efficiency have improved to the point where they rarely drive the decision. Modern light emitting diode fittings draw a fraction of what halogen landscape lighting once did, so a garden scheme running four hours a night costs relatively little to operate. That said, a scheme running all night unnecessarily still adds up over a year, which is one argument for a timer. Information on household energy programmes is published by Energy NSW. Choosing quality fittings also reduces replacement cost over time, which matters more than the running cost does.

Fitting Materials and What Survives Outdoors

Solid brass and copper are the materials landscape lighting specialists use and there is a good reason for the premium. Both weather to a patina rather than corroding through, both survive coastal conditions that destroy other materials, and fittings made from them frequently outlast several generations of the light source inside them. They cost two to three times what budget fittings do and they are the right choice anywhere near the ocean or in a garden intended to last. Unlacquered brass darkens over the first year or two, which most people find attractive, though it is worth knowing it will not stay bright.

Painted aluminium and plastic fittings are what most retail kits contain and they perform to their price. Powder coated aluminium lasts reasonably in a sheltered inland garden and poorly near the coast, where salt gets under the coating and lifts it within a few years. Plastic becomes brittle under Australian ultraviolet levels and cracks, particularly on fittings in full sun. These are reasonable for a short term or budget installation and not for a scheme you want to keep. Where budget is genuinely tight, spending it on fewer brass fittings in the visible positions beats spreading it across cheap ones.

Stainless steel sits in between and is not the guaranteed answer people assume. Lower grades of stainless will develop surface rust in coastal air, marine grade performs far better, and the difference is not always stated on a product description. Where stainless is being used near the ocean, ask what grade it is. The same applies to fixings, since a good fitting held on by inferior screws fails at the screws. Mixing metals in contact also causes problems, so fixings should match the fitting material where possible.

Integrated light sources are the specification detail that decides repairability. Many modern fittings have the diode array built in and sealed, which improves weatherproofing and means the whole fitting is replaced when the light fails. Fittings taking a replaceable lamp cost slightly more and can be serviced. Neither approach is wrong, and knowing which you are buying prevents an unpleasant discovery in year six. Lamp upgrades generally are covered under LED lighting upgrade.

Coastal exposure across New South Wales is harsher than most people allow for. Properties within a few kilometres of open water see corrosion on fittings, fixings and cable glands years earlier than inland gardens, and salt laden air reaches further inland than the visible spray does. Brass, copper and marine grade stainless earn their premium in those positions, and a fresh water rinse of fittings a few times a year genuinely extends their life at no cost. Fittings in a garden bed also collect salt from irrigation in some areas, which compounds the problem.

Timers, Sensors and Smart Control

A simple timer is the control most gardens actually need and it is inexpensive. Setting the lighting to run from dusk for a few hours rather than all night reduces running cost, reduces light spill onto neighbours and means the garden is lit when people are using it. Astronomical timers adjust automatically as sunset shifts through the year, which removes the need to reset the schedule each season and is worth the small premium over a basic model. Seasonal adjustment is the one thing a basic timer needs and an astronomical model does not. Running the front and back gardens on different schedules is worth considering, since one is for arriving home and the other for sitting outside.

Photocells switch lighting on at dusk based on light level and are commonly built into transformers. They work well and their limitation is that they only handle switching on, so a photocell alone leaves the garden lit until dawn. Pairing a photocell with a timer, so the system comes on at dusk and off at a set hour, is the arrangement most households find sensible. Many transformers include both functions. Position matters for a photocell, since one shaded by planting or lit by a neighbouring streetlight will not switch reliably.

Motion sensors belong on security lighting rather than garden lighting and mixing the two produces a poor result. A garden scheme is about atmosphere and a sensor light is about deterrence, and they want different fittings, different brightness and different positions. Where both are wanted, running them as separate systems on separate controls is far better than compromising either. Security specific fittings sit under security lighting installation. Running both from the same controller also means one cannot be adjusted without affecting the other.

Smart control adds scheduling, zoning and dimming from a phone, and its genuine value is dimming rather than remote switching. Being able to set a scheme to fifty per cent output solves the brightness problem after installation, when you can actually see the effect in the dark, and zoning lets the front and back run on different schedules. Integration with a broader system sits under smart home automation. Check what happens if the internet drops, since a well designed system continues to run its schedule locally.

Whatever control is chosen, the transformer and switching gear need a sensible position. They must be weatherproof or in a protected enclosure, accessible for adjustment without crawling behind a shrub, and near a suitable outlet. Mounting them in a garage or under an eave rather than in the garden itself is usually the better arrangement. Where a new outlet is needed for the purpose, that is licensed work covered under power point installation.

What Drives the Price

Fitting count and fitting quality together account for most of the figure. A dozen budget spike lights and a dozen solid brass fittings differ by several thousand dollars on the same layout, and the difference shows in year three rather than on the first night. Where a budget is limited, fewer good fittings produce a better and longer lasting result than more cheap ones. Get the product named in each quote rather than weighing one total against another. Staging a scheme across two budgets is entirely workable provided the cable and transformer are sized for the finished design. Buying all the fittings at once usually attracts a better price than adding them piecemeal over several years.

Voltage choice determines how much licensed work is involved and therefore the labour component. A low voltage system needs an electrician for the outlet and can be commissioned quickly, while mains fittings require an electrician for every point plus proper cable depth and conduit. Mixed schemes are common and sensible, using mains for the few high output points and low voltage for everything else. Establishing which points are mains and which are low voltage early avoids revisiting the design later.

Cable distance and what the cable crosses drive the installation time. A run through soft garden beds is quick, a run under a lawn means lifting and reinstating turf, and a run across a path or driveway means either cutting through or boring beneath. Heavier cable is also needed on long runs to manage voltage drop, which adds material cost. Measure the distance from the intended transformer position to the furthest fitting before you enquire. Boring under a driveway is a specialist task and considerably dearer than trenching through a garden bed.

Design adds cost and value on anything beyond a simple installation. A designed scheme considers what is being lit and why, where fittings will be invisible during the day, how the garden will look from inside the house as well as outside, and how the system extends later. On a large garden that is worth $500 to $2,000 and prevents the far more expensive mistake of installing the wrong scheme. Related outdoor work sits under landscaping. Some suppliers include a design with a fitting order, which is worth asking about before paying separately.

Timing relative to other work changes the price substantially. Installing lighting while a garden is being built, a path is being laid or a deck constructed means cable can be run before surfaces are finished, which is far cheaper than retrofitting afterwards. Anyone planning landscaping should have the lighting conversation at the same time even if the fittings come later. Comparative costs sit under outdoor lighting installation costs.

Garden Lighting Costs Across Sydney

Electricians and landscape lighting specialists both operate across the metropolitan area, and the two approach the work differently, with electricians focused on the installation and specialists on the design. Pricing across the city varies less by location than by garden, since what drives the figure is the size of the space, the distance from power and how many fittings the scheme calls for. Getting quotes from one of each is instructive, since they frequently propose quite different schemes for the same garden. Established landscape lighting suppliers will often provide a basic layout at no charge with an order, which is worth asking about.

The north shore and northern beaches produce the most rewarding gardens for lighting and the most expensive schemes. Large established trees, sandstone outcrops and level changes give a designer genuine material to work with, and uplighting a mature angophora or grazing a sandstone face is exactly what landscape lighting does best. Those same gardens are large, which means long cable runs, and coastal, which means brass or marine grade fittings rather than budget products. Council tree controls also apply to any fitting mounted in a tree, so fixings should be non damaging and reversible.

Inner and eastern Sydney gardens are small enough that lighting has to be handled with particular restraint. A courtyard with four fittings pointed at everything becomes uncomfortable immediately, whereas one well aimed uplight on a single tree and a shielded step light does far more. Proximity to neighbours also makes spill a live issue in terraces and semis, where a poorly aimed fitting shines directly into someone's bedroom. Front garden schemes sit under front yard landscaping. Reflected light off pale walls also travels further in a courtyard, which means less output is needed than the area suggests.

Garden Lighting Costs in Regional NSW

Newcastle, the Hunter, the Central Coast and the Illawarra all support plenty of electricians and price much as the city does, though dedicated landscape lighting designers cluster in the larger centres. Further out, a general electrician will install whatever you specify competently while design input may need to come from you or from a landscaper. That changes how you should approach the project rather than what it costs. Bringing a landscaper into the conversation is often the practical substitute for a dedicated lighting designer.

Rural gardens change the calculation because distances are longer and darkness is genuine. A driveway of a hundred metres or more, outbuildings well away from the house and no street lighting at all mean both more cable and a stronger case for lighting that is functional rather than decorative. Voltage drop becomes the dominant technical issue at those distances, and separate transformers positioned around the property often beat one large unit at the house. Solar powered fittings have a stronger case at the far end of a long driveway where cable would be prohibitive. Lighting the route between house and shed matters more than lighting a garden bed on a property where that walk happens after dark regularly.

Genuinely dark skies also mean far less light is needed. A rural garden with no ambient light from streetlights or neighbours reveals detail at output levels that would be invisible in a suburb, and a scheme designed to suburban brightness is overwhelming in that setting. Rural properties also see more wildlife activity at night, and directing light where it is needed rather than across paddocks is worth considering. Neighbouring properties may be distant, but light travels a long way across open country at night.

Supply and support are the practical constraints outside the larger centres. Landscape lighting fittings are frequently ordered rather than stocked locally, which adds lead time, and buying a system whose parts remain available matters more when the nearest supplier is a distance away. Choosing an established brand with Australian distribution is worth doing for that reason. Powering outbuildings sits under shed electrical installation. Ordering a spare fitting at the same time as the original order is cheap insurance on a remote property.

What to Look Out For

Plan for less light than you think you need, because this is the mistake almost every household makes. Fittings chosen in daylight from a catalogue are invariably too bright once eyes have adapted to a dark garden, and a scheme that dazzles on the first night is unpleasant within a fortnight. Ask for fewer fittings, lower output and dimming capability where the budget allows, since adding light later is easy and removing it is not. Dimming is the cheapest way to correct an overly bright scheme, which is an argument for specifying it from the start. Where a scheme is already installed and too bright, retrofitting dimming or swapping to lower output lamps is usually possible and worth doing rather than living with it.

Ask what cable size is being used on any low voltage system. Voltage drop over a long run leaves the far fittings visibly dimmer, and retail kits are supplied with light cable adequate only for short runs. This is invisible in a quote and obvious the first night the system runs. A contractor who raises cable sizing and transformer capacity before you do is one who has installed systems that worked. Ask for the connected load and the transformer capacity as separate figures, since the gap between them is your headroom. This is one of the few specification questions that separates a system performing as designed from one that disappoints on the first night.

Check the fitting material against your location. Painted aluminium and plastic fittings fail within a few years anywhere near the coast, which describes a great deal of populated New South Wales, and salt reaches further inland than most people assume. Solid brass, copper or marine grade stainless cost two to three times as much and last many times longer. On a garden you intend to keep, that is the right decision. On a garden intended to last, spending the difference once beats replacing fittings twice, and it is covered under LED lighting upgrade when the time comes.

Confirm who does the electrical work and check the licence. Any fixed mains wiring, including the outlet a transformer plugs into and any mains fitting in the garden, is licensed electrical work in New South Wales. Ask for the licence number and verify it, and ask for the certificate of compliance for any mains work at completion. Work must be carried out with due care and skill under the consumer guarantees administered by the ACCC. Keep the certificate with your property records, since it answers a question a buyer's inspector may otherwise raise. Public liability cover is worth confirming at the same time, since work in a garden involves digging near services.

Think about your neighbours before the fittings are aimed rather than after a complaint. Light spilling across a boundary, shining into a bedroom window or running all night is a genuine source of friction and an entirely avoidable one. Shield anything near a fence, aim within your own property, and run a timer rather than leaving the scheme on until dawn. Walking the boundary at night after installation takes five minutes. A short conversation before installation is far easier than one after a complaint has been made. Councils receive complaints about obtrusive residential lighting, and the simplest resolution is always the one reached between neighbours.

What to Look for in a Quote in NSW

A lighting quote is comparable when it names the fittings and states the system design. It should identify the fitting brand, model and material, state the output and colour temperature, confirm whether the system is low voltage or mains, give the transformer capacity and the connected load, state the cable size and total run length, and say what control gear is included. Cable size and transformer headroom are the two items most often left unstated and the two that determine performance. It should also state whether aiming and adjustment after dark is included, since that step makes the difference between good and adequate. Warranty terms on both fittings and installation are worth having in writing, since they differ considerably between suppliers.

Walk the garden at dusk before you brief anyone, since that is when you will see what actually wants lighting. Note the trees with good structure, the walls with texture, the steps that are hard to see, and where people sit. Measure roughly from the nearest suitable power point to the furthest intended fitting. Photographs taken in daylight plus that distance give every contractor the same starting point. Marking intended fitting positions with stakes is worth doing, since it makes the scheme discussable rather than theoretical.

A contractor who asks what you want the garden to feel like is designing rather than supplying. Someone who asks where you sit in the evening, which trees matter to you, whether neighbours are close and how far the furthest fitting sits from power is thinking about the result. A quote produced from a fitting count alone has priced a shopping list, and the outcome will look like one. Ask how many fittings they would use and why, because a lower number offered confidently is usually the better answer.

Settle the fittings, the cable, the control and the aiming before work is signed off. Confirm the product and material in writing, agree the cable size and transformer capacity with headroom for later additions, decide what control gear is included, and arrange to walk the garden together at night once it is running so fittings can be aimed properly. Then photograph the cable runs before anything is backfilled. Related services are gathered on the garden lighting installation hub, with wider schemes under outdoor lighting installation.