Stick vs MIG welding for a home shop
Stick is the process that does not care about your conditions. MIG is the one that does not care about your patience. Most shops end up wanting both.
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The short answer
MIG for clean indoor steel, speed and appearance. Stick for rusty, painted or outdoor material, for thick plate on a modest supply, and for awkward access where a MIG gun will not fit. Neither is stronger; they fail in different conditions, and most home shops eventually want both in one multiprocess machine.
| Stick (SMAW) | MIG (GMAW) | |
|---|---|---|
| Shielding from | Flux coating on the electrode | A gas bottle |
| Works outdoors | Yes | No — the shield blows away |
| Rusty or painted steel | Best tolerance of any process | Poor |
| Continuous welding | Stops at the end of each rod | Until the spool runs out |
| Speed | Slower | Faster |
| Thin sheet | Very difficult | Good, with fine wire |
| Thick plate on a home supply | Better | Limited by the machine |
| Equipment cost | Lowest — no gas, no gun | Machine plus cylinder and regulator |
| Slag | Yes, and plenty | None |
| Awkward access | Excellent — a small holder | Limited by gun size |
| Learning the arc | Must be struck and held | Pull the trigger |
What each process is actually solving
Both keep air off the weld pool. Stick does it with flux coated on the outside of a solid rod, which burns in the arc and leaves slag. MIG does it with gas from a bottle.
Everything else follows. Flux shielding works in wind and copes with contaminated surfaces, because it is generated right at the arc and there is plenty of it. Gas shielding gives a clean weld with no slag, and blows away in a breeze.
Where stick genuinely wins
Filthy material. Stick is the most tolerant arc process there is. Rusty, painted, greasy, galvanized, damp — a stick arc keeps going. Certain electrodes, notably E6011, are specifically known for digging through surface contamination.
Thick plate on a modest supply. Stick deposits metal efficiently, and a stick machine on 240 volts reaches thicknesses a 120-volt wire feeder cannot approach. For heavy repairs this is the decisive advantage.
Outdoors. Same as flux-core — no gas to blow away.
Awkward access. A stick electrode holder on a flexible lead reaches into places a MIG gun simply does not fit. Under a vehicle, inside a frame, behind an obstruction.
Simplicity and cost. No drive rolls, no liner, no contact tips, no gun to wear out, no gas. Electrodes store indefinitely if kept dry.
Where MIG genuinely wins
Speed. Continuous welding without stopping every rod. On a long seam this is transformative, and every restart is a potential defect.
Thin material. Stick on 16 gauge is an exercise in frustration; MIG with 0.024 inch wire handles body panels — MIG welding sheet metal covers it.
Appearance and cleanup. No slag to chip, far less spatter.
Ease of starting. Pull the trigger and the arc establishes itself. Stick requires striking and holding an arc — learnable in an afternoon, but an afternoon spent before you begin learning to weld.
Is one stronger?
No. AWS classifies E7018 stick electrodes and ER70S-6 solid MIG wire in the same 70,000 psi tensile class. A correct weld in either is stronger than the mild steel around it.
Stick does have an edge in one narrow sense worth naming: E7018 is a low-hydrogen electrode, which reduces the risk of hydrogen-induced cracking in thick or high-restraint joints. That matters in structural and pressure work, and rarely in a home shop.
Electrode selection, the extra decision stick brings
MIG has essentially one wire for mild steel. Stick has a genuine choice, and it is part of the learning.
E6010 and E6011 dig deeply and tolerate contamination. E6011 runs on AC and is the usual choice for a small home machine on rusty material.
E6013 is the easy-running general-purpose electrode. Smooth arc, easy to start, good for learning and light work.
E7018 is the low-hydrogen structural electrode. Excellent welds, and it must be kept genuinely dry — it absorbs moisture from the air, which is the whole reason rod ovens exist.
Diameter follows thickness and available amperage, the same relationship as wire diameter.
What most home shops end up with
A wire-feed machine as the primary welder, and stick capability for the jobs where it is the right tool. Multiprocess machines make that a single purchase rather than two.
One clarification worth making, because it causes a lot of wasted money: if your problem is material thickness rather than material condition, adding stick to a 120-volt machine does not solve it. That is a supply voltage question, and stick only helps once it has the amperage to work with.
The third option
Self-shielded flux-core covers most of what stick covers — outdoors, rusty steel, no gas — while keeping the continuous wire feed and the easy arc start. Flux-core versus stick covers where each one still wins, and for many home shops flux-core removes the need for stick entirely.
What we would buy
1. Best of both
YESWELDER MIG-205DS PRO
205 amps of stick and 205 of MIG on 220V, from one 22.7 lb machine.
The practical resolution of this comparison for most home shops. YESWELDER publishes 20 to 205 amps stick and 30 to 205 amps MIG on 220 volts, plus flux-core, spool-gun MIG and lift TIG, at 22.7 pounds.
Stick benefits from a 240-volt supply more than any other process here, because stick electrodes for heavier material want real amperage. On 110 volts the stick range drops to 20 to 140 amps, which is workable but limits electrode size.
What works
- Synergic mode sets voltage and wire speed from the thickness you select, which removes the single hardest part of learning MIG
- Spool-gun capable, so aluminum is a gun purchase rather than a machine purchase
- 22.7 lb for a 205 A dual-voltage machine is remarkable
What does not
- Lift TIG is DC only and has no foot pedal, so it will not weld aluminum and is not a route to Level 3
- Five processes means five sets of consumables to stock
- Dealer support and warranty handling are not on the level of Hobart or Lincoln
2. Both processes on a household circuit
Forney Easy Weld 271 140 MP
Adds stick to a 120V shop with no electrical work at all.
Forney rates this at 140 amps on 120 volts across gas MIG, flux-core, stick and DC lift TIG, with the same simple two-dial interface as its single-process machines.
For someone whose problem is dirty or outdoor steel rather than thickness, this solves it without an electrician. That is a genuinely cheaper answer to a commonly misdiagnosed problem.
At 140 amps on 120 volts, stick electrode choice is limited to smaller diameters.
What works
- Stick capability matters more than it sounds: rusty, painted or outdoor steel is where MIG struggles and stick does not
- Same simple two-dial interface as Forney's flux-core machines
What does not
- 120 V only — the 140 A ceiling caps you at roughly 1/4 in
- TIG is lift-start DC with no pedal; treat it as a bonus, not a feature you bought
- Spool gun is not supported, so aluminum MIG is out
Who this is wrong for: Anyone who wants stick specifically for thick plate. That needs amperage a 120V machine cannot supply.
3. If you only need MIG
Hobart Handler 140
Does one process properly, with the deepest support community in its class.
Worth including because the honest answer for many home shops is that they never actually need stick. If your work is clean indoor steel under a quarter inch, MIG alone is entirely sufficient.
Hobart publishes 25 to 140 amps, a 20% duty cycle at 90 amps, and a 20-amp 115-volt circuit. It also runs flux-cored wire, which covers the outdoor case without stick entirely.
What works
- The most documented 120 V MIG machine there is — every settings question has already been answered somewhere
- Runs flux-core on day one and gas MIG the day you buy a bottle, so the machine survives the level change
- Built-in five-position drive-roll tension and a genuine cast-aluminum drive system
What does not
- 20% duty cycle at 90 A is roughly two minutes of arc time in ten. Fine for a gate, not for a trailer deck in one sitting
- Single-voltage: it will never take advantage of a 240 V circuit if you later run one
- Needs its own 20 A circuit. Shared with a freezer and a shop light, it will trip
Questions people actually ask
Is stick welding stronger than MIG?
Not inherently. E7018 stick electrodes and ER70S-6 solid MIG wire are both 70,000 psi class, and a correct weld in either is stronger than mild steel.
E7018's low-hydrogen character does reduce cracking risk in thick, highly restrained joints — which matters in structural work and rarely in a home shop.
Should I learn stick or MIG first?
MIG, for most people. The arc starts itself when you pull the trigger, so you can concentrate on angle, travel speed and reading the bead rather than on striking an arc.
Stick transfers easily afterwards, and much of what you learn carries across.
Can stick weld thin metal?
Poorly. Stick electrodes need a minimum current to run stably, and that current is usually more heat than thin sheet can take.
Below about 1/8 inch, MIG with fine wire is a much better tool, and below 16 gauge stick is effectively unusable.
Which stick electrode should a beginner use?
E6013 for learning — smooth, easy to start, forgiving. E6011 when the material is rusty or painted, because it digs through contamination.
E7018 produces excellent structural welds but must be kept genuinely dry, which is why rod ovens exist.
Do I need stick if I have flux core?
Often not. Self-shielded flux-core covers most of what stick covers — outdoor work, rusty steel, no gas — while keeping continuous wire feed and easy arc starting.
Stick still wins on thick plate with real amperage behind it, and in awkward access where a MIG gun will not reach.
Sources
Read next
- Flux-core vs stick welding for beginners
Two processes that work outdoors on rusty steel — and why one is far easier to begin with.
- The best multiprocess welders for beginners
When a multiprocess machine is genuinely right, and which of the extra modes are real.
- MIG vs TIG vs stick vs flux-core
All four processes in one table, and the honest answer about which to learn first.
- 120V vs 240V welders: which one do you actually need?
The decision that sets your ceiling: what each supply voltage welds, and what the circuit really costs.
- Level 2 · MIG: when the gas bottle is finally worth it
You can already lay a bead. This level is about what changes when you add a gas bottle — and about being honest that it is not only an upgrade.
Back to Level 2 · MIG, or start over at Find Your Level.
Ryder M.
Ryder M. is the hands-on owner behind Magoo Media Group. He writes Arc & Bead's buying guides and picks every machine on the site. What every recommendation is based on — and what it is not based on — is set out on How We Pick.