Quick answer
Design a freestanding oven into a kitchen by leaving a true 600 mm gap between cabinets, with bench landing both sides, a rangehood above and the benchtop finished cleanly at each junction. Most 600 mm stoves actually measure about 595 mm, so the gap carries 5 mm of total forgiveness. 540 mm and 900 mm appliances are the common variants.
Key points
- A freestanding stove needs a true 600 mm gap. Most appliances are about 595 mm wide, so there is 5 mm of forgiveness in total, not 5 mm each side.
- Freestanding is the cheaper way to cook: one appliance instead of two, no oven tower eating a cabinet, no cooktop cut-out in the benchtop.
- Set the stove to the 900 mm bench line on its adjustable feet so pots slide across the junction instead of catching.
- Built-in earns its premium when you want the oven at eye height or a 900 mm cooktop. It costs a tall cabinet, a benchtop cut-out and two appliance prices.
- For rentals, freestanding is the default: when it dies, the replacement slides in the same day and no joinery gets touched.
Every second kitchen we replace in Auckland has a freestanding stove sitting between two cabinets, and a surprising share of those gaps are the wrong size. Some were framed at 610 mm by an optimist and the stove has spent a decade flanked by two crumb canyons no cloth can reach. Some were built at 600 mm by someone who then fitted the cabinets 4 mm out of parallel, and the stove has never actually touched the floor level it was set for.
The freestanding stove deserves better, because it is quietly the most sensible cooking appliance in New Zealand housing: one box, oven below, elements on top, standing on its own adjustable feet. This piece covers how to design a kitchen around one properly: the gap and its variants, the junctions either side, the hood above, what freestanding saves you against built-in, and the one 5 mm detail that decides whether the whole thing looks fitted or parked.
Why freestanding is the cheap way to cook
A built-in cooking setup is two appliances and two pieces of joinery work: a wall oven in a tall tower cabinet, and a cooktop dropped into a cut-out in the benchtop. A freestanding stove is one appliance and an absence of joinery. You are paying for a gap.
- One appliance price instead of two, and freestanding stoves sit at the affordable end of the cooking market to begin with.
- No oven tower, which returns roughly 600 mm of run to bench and cupboards, a meaningful win in a small kitchen.
- No cooktop cut-out, which removes a fabrication cost from the benchtop and removes the most common failure point in a laminate top, because cut-outs are where moisture and heat get into the core.
- A simpler install: the stove slides into its gap, gets levelled on its feet and is connected to the stove circuit, while the joinery around it is standard cabinets.
On the kitchens we build for social-housing and rental work, freestanding is close to universal, and appliances are usually supplied outside the joinery package entirely; the fridge and stove arrive by others while the cabinets, tops and splashback are ours. How that split works on paper is covered in appliances by others in kitchen contracts. The design job is the same either way: the kitchen has to hold a stove-shaped hole in exactly the right place.
How big should the gap for a freestanding oven be?
600 mm, and it wants to be a true 600 mm. The standard NZ stove is nominally 600 mm wide to match the 600 mm cabinet module, but measure the spec sheet and most models come in at about 595 mm. That difference is deliberate: it is the clearance that lets the appliance slide in and out. It also means the whole arrangement carries about 5 mm of forgiveness in total, roughly 2 to 3 mm each side when the stove is centred.
There are two common variants. Compact 540 mm appliances turn up in older flats and some tight galleys, and 900 mm freestanding cookers serve people who want a wide oven and more elements without going built-in. Both follow the same logic: the gap matches the nominal size, the appliance runs a few millimetres under it, and the cabinets either side are ordinary base units. In a small L-shape the gap usually lands mid-run with bench both sides, the way the 3.0 m by 2.4 m worked example places it.
The stove gap at a glance: 600 mm between carcasses, about 595 mm of appliance, splash zone and hood above, everything hung off the 900 mm bench line.
Junctions, levels and the 900 mm line
A freestanding stove looks built-in when three small details line up, and parked when they do not. First, height. The stove stands on adjustable feet, and the target is the same 900 mm finished bench height the cabinets hit with their 150 mm kick, 720 mm carcass and benchtop. Level the stove to the benchtop either side and a pot slides across the junction; leave it 10 mm low and the kitchen never quite looks finished.
Second, the benchtop ends. The top either side of the gap finishes with a raw cut unless someone specifies otherwise, so those edges get end profiles or panels that can live beside heat and the occasional splash. Third, the floor. The stove sits on the floor itself, not on the kick, so if new vinyl or tiles go in after the kitchen, the stove rises with them and the cabinets do not. Run the flooring under the stove position, or tell the installer so the feet can take up the difference. Scribes and packers exist for exactly this kind of reconciliation between joinery and an honest old floor.
The rangehood over it
A 600 mm stove takes a 600 mm hood above it, sized to cover the elements, with the 600 mm splashback zone between benchtop and the cabinetry line giving the working clearance. Duct it outside if the building gives you any way to do so; a recirculating hood filters grease but returns the steam to the room, which in an Auckland winter is exactly what the house does not need. The full argument, including what each option costs to run and clean, is in ducted versus recirculating rangehoods.
Behind the stove, put something wipeable. A glass splashback behind the cooker is the standard on our social-housing spec for a plain reason: no grout lines, one wipe, done. Whatever the material, carry it the full 600 mm from benchtop to the hood line, because the wall above a freestanding stove catches everything a fry pan throws.
When built-in earns its premium
Built-in cooking is not a con; it is a set of real benefits at a real price. A wall oven at eye height spares your back, which matters more at 70 than at 35, and it is the standard answer in accessible design. A separate cooktop opens up 900 mm widths and induction options the freestanding market covers less well. And a tower plus cooktop reads as more considered joinery, which owner-occupiers renovating for the long haul often want.
| Freestanding | Built-in | |
|---|---|---|
| Appliances | One | Two |
| Joinery needed | A true 600 mm gap | Tall tower plus a benchtop cut-out |
| Benchtop work | Two finished edges | A fabricated cut-out to seal and support |
| Replacement | Slides out, slides in, one day | Sizes must match the joinery, more labour |
| Best for | Rentals, budgets, most family kitchens | Eye-level ovens, wide cooktops, ageing knees |
The price of those benefits is structural, not just retail. The tower consumes about 600 mm of run that would otherwise be bench and cupboards. The cooktop needs a cut-out, which adds fabrication and gives a laminate top its most common failure point. And in twelve years when the oven dies, the replacement has to match the hole, where a freestanding stove just needs the same 600 mm gap the last one had.
The landlord's case for freestanding
Rental kitchens live a harder life than owner-occupied ones, and the stove cops the worst of it. When a tenant reports a dead oven on a Tuesday, a freestanding replacement can be delivered, levelled and connected the same week without a joiner ever visiting. A failed built-in oven means matching dimensions, sometimes new fascia work, and a tenant using the situation to renegotiate. That repairability is why stoves sit alongside sinks and door hinges in what fails first in a rental kitchen, and why the pragmatic landlord spec pairs a freestanding stove with hard-wearing fronts and a laminate top.
There is a portfolio logic too. Standardise on 600 mm freestanding across every unit and any dead appliance in any kitchen takes the same replacement, which is the same reasoning that has the big landlords supplying appliances outside the joinery contract altogether.
Getting the gap right on paper
The practical next step takes half an hour. Decide where the stove goes, with bench on both sides if the layout allows it, and a hood position above that can reach outside air. Pull the spec sheet for the actual appliance, or the appliance you intend to buy, and note its true width. Then set out the run in millimetres with the gap as a fixed 600 mm block that the cabinets work around, not a leftover.
The designer on our site handles this well: pick a layout, set each cabinet's width in millimetres, leave the stove gap where you want it, and the plan and elevations come back to scale with every dimension shown, plus a live price for the joinery around it. Layout still unsettled? The main kitchen layouts explained is the place to start before you fix the stove position. However you draw it, the sequence that works is the same one we run at MTN Kitchens every week: drawings first, site measure to lock the run, spec sheet to lock the gap, and a stove that slides home with its 5 mm of grace intact.
Frequently asked questions
How big should the gap for a freestanding oven be?
600 mm between the cabinet carcasses for a standard NZ freestanding stove, set accurately at front, back, floor and bench height. Most 600 mm appliances actually measure about 595 mm, which leaves roughly 5 mm of clearance in total. Compact appliances use a 540 mm gap and wide cookers use 900 mm; in every case, match the gap to the nominal size and confirm the true width on the spec sheet.
Is a freestanding oven cheaper than a built-in oven and cooktop?
Yes, usually by a wide margin. You buy one appliance instead of two, the joinery needs a gap instead of a tall tower cabinet, and the benchtop needs two finished edges instead of a fabricated cut-out. Built-in earns its premium when you want the oven at eye height, a 900 mm cooktop, or accessible design; otherwise freestanding does the same cooking for less.
What height should a freestanding stove be set to?
Level with the 900 mm finished bench height, using the appliance's adjustable feet. NZ benches are built from a 150 mm toe kick, a 720 mm carcass and the benchtop to reach 900 mm, and stoves are made to match that line so pots slide across the junction. If new flooring goes in after the kitchen, allow for it, because the stove sits on the floor and rises with it.
Why is my stove 595 mm wide when the gap is 600 mm?
The 5 mm difference is deliberate clearance so the appliance can slide in and out without scraping the cabinets. It also means the tolerance is tight: about 2 to 3 mm each side when centred. If the flanking cabinets are fixed slightly out of parallel, the stove jams, so the gap should be checked with a tape at the front and the back before the installer signs off.
Can I replace a built-in oven and cooktop with a freestanding stove?
Yes, and it is done often when the wall oven dies. The joinery work is real but contained: the cooktop section of benchtop is replaced or reworked, a 600 mm gap is formed in the base run, and the old oven tower becomes storage. From then on, every future replacement is an appliance swap rather than a joinery job, which is much of the point.
Do rentals have to have a rangehood over the stove?
A hood over the stove, ducted to outside wherever the building allows, is the practical standard, and kitchen ventilation forms part of what a healthy rental is expected to provide. Beyond compliance, the case is maintenance: a ducted hood carries steam and grease out of the room, which protects paint, joinery and window frames from the condensation an Auckland winter already supplies.
What size rangehood goes over a 600 mm freestanding stove?
A 600 mm hood, positioned to cover the elements, with the standard 600 mm splashback zone between the benchtop and the cabinetry line above. Go ducted if there is any route to outside air; a recirculating hood catches grease but sends the steam straight back into the room, so it is the fallback, not the first choice.