Steam Every other keyboard game here pins your left hand to WASD and asks what it can still reach. Dota does not have WASD — you move with the mouse — so the hand is free, and the question inverts: how far does it travel, and which journey is actually costing you? Abilities on the top row, items on the bottom, orders across the middle, two modifier layers under the thumb, and combos that cross all of it.
Coloured from the verified layout behind /controls/dota-2/ rather than drawn by hand, so a layout change moves the picture. Note what is missing: no key here walks your hero.
The top row, plus the modifier that levels them. The only cluster that looks the same in every MOBA.
Six active slots on the bottom row, the teleport scroll on T and the neutral slot on 0 — so this cluster is not one row, it is three places at once.
Movement itself is the right mouse button, but attack-move, stop and hold position are keys — on the same hand that is already holding two other clusters.
Walking is the right mouse button. That single fact is why this layout can spread across three rows in the first place: there is no anchor to hold, so nothing here is a reach problem in the sense the other labs on this site mean. It is a travel problem instead.
Left Ctrl + Q / W / E / R Level up abilityLeft Alt + Mouse 1 Ping / alertLeft Alt + G GlyphLeft Alt + F Scan
Left Ctrl and Left Alt both sit under the same hand that is holding all three rows, which is
the part no key list shows you.
Type a combo the way you actually cast it. The page times every hop between keys and compares it with how far apart those keys physically sit. A long hop that takes a long time is just geometry and there is nothing to fix. A short hop that takes a long time is your hand fighting itself — almost always the same finger asked for two keys in a row — and that is a rebind rather than practice.
Click here, then type the keys in order.
Press the keys in the order you would actually use them. The page times each hop and compares it with the distance it covered.
—
—
The usual answer is that the number row is further from your abilities. Measure it and that is simply not true — Q → 1 is a shorter hop than Q → Z, and the same holds at the sixth slot. Both schemes also ask for the identical six fingers in the identical order. So distance from your abilities is not the reason, and here is what is:
All figures in key-widths, from the board model the bench uses, on a standard staggered layout.
Left Ctrl / Left Alt stack, averaged across the six
slots — the only measured advantage the shipped layout holds.
Dota stacks two layers over the whole keyboard: Left Ctrl to level an ability
and Left Alt to ping, glyph and scan. Both live in the bottom-left corner.
Items on the bottom row sit right beside them — the one measured difference that favours
the shipped layout, and the one nobody gives as the answer.
Under both schemes the sixth slot lands on the right index finger — the hand that is issuing every move order and every camera grab, continuously. Neither row solves that. It is the strongest argument on this page for moving one item bind somewhere else entirely, and the bench above will tell you whether yours is costing you.
Beyond the numbers above, the rest is a design decision made at Valve and this site has not verified the reasoning behind it, so it is not going to invent one. What can be measured is measured here; what cannot, is said plainly.
This page times the hops your hand makes. These measure the hardware making them.
Not for the reason usually given. The common answer is that the number row is further from your abilities, and measured on a standard board it is the opposite: Q to 1 is a shorter hop than Q to Z, and that still holds at the sixth slot. Both schemes even ask for the same six fingers in the same order. What the bottom row actually wins is proximity to the modifier stack — Left Ctrl to level an ability and Left Alt to ping, glyph and scan all live in the bottom-left corner, and the item keys sit beside them instead of three rows away. That is the one measurable advantage, and the page shows the figures rather than asserting them.
Abilities on Q, W, E, R with D and F for heroes with extra spells, items on Z, X, C, V, B, N, the TP scroll on T, Left Ctrl to level an ability and Left Alt to ping. Movement is not on the keyboard at all. Every verified binding, with the notes, is on /controls/dota-2/.
Most players do, and the game expects it — but which key is worth moving is a measurement, not an opinion. The trap is assuming distance is the cost. A key two rows away on a different finger is faster than a neighbouring key on the same finger, because the same finger cannot begin the second press until it has finished the first. The bench here times your own hops and flags the ones that are slow relative to how far they travelled, which is the only kind you can fix by rebinding.
Quick cast fires the ability at the cursor the moment the key goes down, instead of arming a cursor you then click with. It does not change which key does what — it changes how many hand actions each cast costs, which is why it feels faster without your binds moving. Advanced Quickcast lets you set a separate hotkey for the normal and quick versions of the same slot, and it also applies to items; it is not compatible with Legacy Keys.
The hotkey scheme from the original Warcraft III mod, where each ability is bound to a letter from its own name rather than to a fixed slot. Turning it on means ability hotkeys can no longer be altered, and it cannot be combined with Advanced Quickcast. It is worth knowing the trade before you switch, because it changes the geometry this page measures — every hero suddenly asks your hand for a different set of keys.
Not in any form this site would call a control scheme, and the verified entry reflects that with an empty controller list rather than an invented one. Dota is a mouse game at its core: every move order, attack command and camera grab is the right hand on the mouse, continuously. That is also why the left hand ends up carrying three rows of keys, which is what this page is about.
Because knowing the order and executing the travel are two different problems. If every hop in your sequence costs roughly what its distance predicts, the combo is not awkward — it is just long, and that is fixed by moving a bind closer rather than by practising. If one hop costs far more than its distance predicts, that one is your hand fighting itself, almost always the same finger asked for two keys in a row. The bench separates those two cases, because the fix is different for each.
No, and that is deliberate. Nothing here depends on which hero you play or which item is in slot three — what is measured is your hand on the keys, which is the same whoever is on screen. This site has not verified hero or item data and will not invent it.
I answer from this site only — the 28 browser tests, the controls library for 46 games, the sensitivity converters and the two games. I can tell you which page to open, how a tool works and what its result means.
I will not guess. If something is not on the site, I will say so.
Answers come from this site's pages.