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Sizzle & Scrape

Electric griddles for smash burgers

You can make a good burger on an electric griddle. A proper lacy crust is a different question.

By Last updated
A smash burger with a lacy, well-browned edge

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Quick picks

Ranked on published specifications using our scoring rubric. Tap a row for the full write-up.

#ProductBest forScorePrice
1
A kitchen with multiple cooktops built into the counterSteelmade PRO Series Flat Top (30" range)A flat top on a kitchen range
A flat top on a kitchen range7.7Check price on Amazon
2
Banana pancakes cooking on a griddlePresto 07061 Ceramic 22" Electric GriddleFamily breakfasts indoors
Family breakfasts indoors8.2Check price on Amazon
3
A kitchen with multiple cooktops built into the counterSteelmade PRO Series Junior Flat Top (30" gas range)Range flat top without the full weight
Range flat top without the full weight7.5Check price on Amazon

#ad We publish no prices: there is no verified price feed on this site, so the retailer’s page is the only price. How this is funded

The honest answer first

You can make a good burger on an electric griddle. Getting a genuine lacy, deeply-browned smash-burger crust is hard, and the reason is physics rather than product quality.

We would rather say that than sell you a griddle for a job it struggles with.

Why 1500 watts fights you

A smash-burger crust requires two things from the surface: a high temperature, and fast recovery once a cold ball of beef is pressed flat against it.

That second one is the problem. The moment the patty lands, that patch of plate loses heat rapidly. If the heat source cannot put it back quickly, the patty sits in its own released moisture and steams — and steamed beef is gray, not brown.

1500 watts is about 5,100 BTU per hour equivalent. A gas griddle delivering 78 BTU per square inch has an order of magnitude more heat available to the area under the patty. That is the whole difference.

Getting the most out of an electric griddle

If an electric griddle is what you have, these genuinely help:

  1. Preheat for far longer than feels necessary. Fifteen minutes at maximum. You are banking every joule the plate can hold, because recovery during the cook will be slow.
  2. Cook two at a time, not six. Fewer cold patties means less total heat drawn out at once. This is the single most effective adjustment.
  3. Wait between batches. Give the plate a couple of minutes to recover. Rushing the second batch is why it is worse than the first.
  4. Make smaller, thinner patties. Less thermal load, more edge, faster browning relative to the mass.
  5. Use almost no oil. Oil between beef and plate slows conduction and encourages frying rather than contact browning. On non-stick you need essentially none.
  6. Press properly. Heavy, flat, once, ten seconds. Maximum contact is more important here than anywhere, because you have less heat to work with.
  7. Use a dome for the cheese, since the patty will still finish before the cheese melts.

That will get you a solidly browned, juicy burger. It will not get you the lace.

The indoor route that actually works

A steel plate on a gas range.

It solves both halves of the problem at once. It inherits your range’s full burner output rather than being capped at an outlet, and a 3/8-inch plate has more thermal mass than any freestanding griddle cooktop in our guide — so the surface barely drops when the patty lands.

For indoor smash burgers specifically, this is not a compromise. It is arguably better than most outdoor griddles, because thickness is the one specification where it beats everything.

The requirements are a gas or electric coil range that can take 51–62 lb, and serious extraction — this cook makes a lot of smoke.

If you are buying for burgers

Have a yard? Buy a gas griddle with high heat density. Nothing indoors matches it for convenience plus capability.

No yard, gas range? Buy a steel plate. It is the best indoor answer.

No yard, no gas range? An electric griddle, with realistic expectations and the technique above. A good burger is a perfectly good outcome.

The full technique guide applies on any surface.

The picks in detail

Specifications are linked to their source on every card. Scores are ours, derived from those specifications.

A kitchen with multiple cooktops built into the counter

#1 · A flat top on a kitchen range

Steelmade PRO Series Flat Top (30" range)

7.7/ 10

3/8-inch steel at roughly 62 lb, sized for a 30-inch gas or electric coil range — a genuine indoor flat top rather than a griddle pan.

Check price on Amazon

#ad We publish no prices: there is no verified price feed on this site, so the retailer’s page is the only price. How this is funded

Key specifications

Steel thickness
3/8 in
Weight
~62.0 lb
Fits
30 in gas or electric coil range
Surface
Bare steel — needs seasoning
Format
Range-top insert
Made in
USA

Specifications from Steelmade product page.

Scores

  • Cooking area5.5
  • Heat output5.5
  • Zone control5.0
  • Surface care6.0
  • Portability3.0

What works

  • 3/8 in is thicker than any freestanding griddle top in this guide — it is the most stable surface here
  • Turns an existing range into an indoor flat top without a new appliance or a propane tank
  • No outdoor storage, no cover, no weather exposure

What to know

  • 62 lb on a range top is a serious load — check your range can take it before buying
  • Needs real kitchen ventilation; a flat top produces a lot of smoke
  • Covers your burners, so it is the whole cooktop while it is on
Banana pancakes cooking on a griddle

#2 · Family breakfasts indoors

Presto 07061 Ceramic 22" Electric Griddle

8.2/ 10

A 1500 W, 22-inch ceramic griddle whose handles come off so it fits a standard 18-inch cabinet — the storage problem solved properly.

Check price on Amazon

#ad We publish no prices: there is no verified price feed on this site, so the retailer’s page is the only price. How this is funded

Key specifications

Power
1500 W
Surface
22 in, PFAS-free textured ceramic
Base
Heavy cast aluminum
Cleaning
Fully immersible with the heat control removed
Storage
Detachable handles; fits most 18 in cabinets
Control
Control Master automatic heat control

Specifications from Walmart listing.

Scores

  • Cooking area6.0
  • Heat output4.0
  • Zone control3.0
  • Surface care8.5
  • Portability8.0

What works

  • The detachable handles are not a gimmick — storage is the reason most electric griddles end up in a basement
  • Fully immersible once the control is off, which no gas griddle can offer
  • PFAS-free ceramic rather than a conventional non-stick coating

What to know

  • 1500 W is the ceiling for a standard US outlet — no electric griddle sears like a propane one
  • Ceramic is a wear surface; it will not outlive a steel top
  • Cast aluminum spreads heat well but holds far less of it than 10-gauge steel
A kitchen with multiple cooktops built into the counter

#3 · Range flat top without the full weight

Steelmade PRO Series Junior Flat Top (30" gas range)

7.5/ 10

5/16-inch steel at roughly 51 lb — eleven pounds lighter than the Original, for ranges and cooks that cannot take 62 lb.

Check price on Amazon

#ad We publish no prices: there is no verified price feed on this site, so the retailer’s page is the only price. How this is funded

Key specifications

Steel thickness
5/16 in
Weight
~51 lb
Fits
30 in gas range
Surface
Bare steel — needs seasoning
Format
Range-top insert
Made in
USA

Specifications from Steelmade product page.

Scores

  • Cooking area5.5
  • Heat output5.5
  • Zone control5.0
  • Surface care6.0
  • Portability4.0

What works

  • 51 lb is meaningfully easier to lift on and off than the 62 lb Original
  • 5/16 in is still thicker than any freestanding griddle cooktop here
  • Gas-range specific, so the burner cutouts suit the heat source

What to know

  • Gas ranges only — no electric coil option like the Original
  • Still 51 lb, which is a two-handed lift at an awkward height
  • Thinner than the Original, so slightly less thermal mass

Common questions

Can you make smash burgers on an electric griddle?
You can make a good burger, but a genuine lacy crust is hard. The crust needs fast recovery after a cold patty lands, and 1500 watts — about 5,100 BTU per hour equivalent — cannot replace heat quickly enough, so the patty steams in its own moisture.
How do I get the best smash burger from an electric griddle?
Preheat for fifteen minutes at maximum, cook two at a time rather than six, wait a couple of minutes between batches, make smaller thinner patties, use almost no oil, and press heavy and flat once for about ten seconds.
What is the best indoor option for smash burgers?
A thick steel plate on a gas range. It inherits the range's full burner output instead of an outlet's 1500 watts, and a 3/8-inch plate has more thermal mass than any freestanding griddle cooktop, so the surface barely drops when the patty lands.
Why are my electric griddle burgers gray instead of brown?
The plate is losing heat faster than the element replaces it, so the patty sits in its own released moisture and steams. Cook fewer at once, preheat longer, and use less oil — all three reduce how much heat you draw out at the critical moment.

Sources

Every specification on this page came from one of these. If you find one of them has changed, tell us and we will correct it.

A smash burger with a lacy, well-browned edge

Smash burgers on a griddle

The complete smash burger method, why each step is what it is, and the five mistakes that produce gray patties.

A kitchen with multiple cooktops built into the counter

Stovetop griddles

Steel plates for gas and electric coil ranges: thickness, weight, what fits, and why ventilation becomes the real limit.

A hamburger being built on a wooden board

Smash burger presses

Why mass decides whether a press works, why a domed face ruins the patty, and the one-press rule.

A tortilla cooking on an electric griddle indoors

Electric vs gas griddle

1500 watts against 34,000 BTU — what the gap means in practice, and the things electric genuinely does better.

The blue flame of a gas burner

Griddle BTU, explained

Why total BTU is close to meaningless, how heat density reorders the category, and which griddles actually recover under load.