How to connect TradingView to MT5

TradingView has the charts, the Pine Script backtester, and a public library with thousands of strategies. MT5 has broker connectivity, order execution, and the ability to run automated programs (Expert Advisors) 24 hours a day. Most retail algo traders end up using both. But these two platforms have no native integration, and getting a signal from one to the other is where most automation projects stall.

Connecting them is possible. It's also where things start to get specific, because the connection isn't a single toggle. It's a chain of components, and each one needs to be configured correctly.

Why TradingView and MT5 don't talk to each other natively

TradingView runs in your browser. MT5 runs as a desktop application (usually on a remote Windows server). They're built by different companies, for different purposes, using different programming languages. TradingView uses Pine Script. MT5 uses MQL5. There's no shared protocol between them.

TradingView does have broker integrations for a handful of partners, but MT5 brokers aren't on that list. If you're running an account on IC Markets, Pepperstone, or any other MT5 broker, TradingView can't send orders to it directly. And the question of whether Pine Script can run on MetaTrader has a short answer: it can't. Pine Script executes on TradingView's servers. MQL5 executes inside the MT5 terminal. They don't share a runtime.

So you need something in between. A way to take what happens on your TradingView chart and reproduce it on your MT5 account.

Three ways to connect TradingView to MT5

There are really only three paths here, and each involves a different tradeoff.

Trade manually. You watch TradingView for signals, then open and close positions on MT5 yourself. Zero cost, zero setup. But also zero automation. You're the bridge. You'll miss trades when you sleep, when you're slow, or when two signals fire within seconds of each other. This works for testing a strategy concept, not for running one.

Rewrite your strategy in MQL5. If you convert Pine Script to MQL5, you can run your entire strategy natively inside MT5. No bridge needed. The problem is that MQL5 is a different language with different syntax, different data handling, and a different backtesting engine. A 40-line Pine Script strategy can turn into 200+ lines of MQL5 code. And every time you tweak the Pine Script version, you need to update the MQL5 version to match.

Use a webhook bridge. This is the most common approach, and the rest of this article covers it in detail. You keep your strategy in Pine Script, and you use TradingView's webhook system to send signals to a bridge service, which forwards them to an Expert Advisor running on your MT5 terminal. You get to keep your Pine Script workflow, your TradingView charts, and your backtesting setup. The bridge handles the translation layer. Most TradingView webhook automation setups follow this pattern.

What you need before you start

Before you can connect TradingView to MT5, you need four things in place.

A TradingView plan that supports webhooks. TradingView's free plan doesn't include webhooks. You need at least the Essential plan ($14.95/mo as of early 2026). Webhooks are the mechanism that lets TradingView send HTTP requests to an external URL when an alert fires. Without them, there's no way to push signals out of TradingView automatically. This catches many people off guard, so double-check your plan before you set up automated trading.

An MT5 broker account. You need a live or demo account with an MT5-compatible broker. If you're testing, use a demo. The broker matters less at the setup stage, but it matters a lot once you're live (spreads, execution speed, and rejection rates all vary).

A VPS running MT5. This is the part many people skip, and it causes problems later. MT5 needs to be running for the Expert Advisor to receive and execute signals. If MT5 is on your laptop and you close the lid, the EA stops. A VPS (Virtual Private Server) is a remote Windows machine that stays on 24/5. You rent one for roughly $10–20/mo from providers like ForexVPS or Contabo, install MT5 on it, and let it run.

One thing to configure on the VPS that people forget: MT5 autostart on reboot. VPS providers restart machines occasionally for maintenance. If MT5 doesn't launch automatically after a reboot, your EA sits offline until you notice. In Windows, you can add MT5 to the Startup folder, or use Task Scheduler to launch it on login. Whichever method you use, test it by restarting the VPS and checking that MT5 comes back up with your EA attached.

A Pine Script strategy with entry and exit logic. You need a strategy (not just an indicator) on TradingView, because strategies generate the order events (entries, exits, reversals) that produce the alert payloads. If you're currently using an indicator with buy/sell arrows, you'll need to convert the Pine Script indicator to a strategy before you can connect it to MT5.

Connecting TradingView to MT5 with a webhook bridge

Here's the actual process. The specifics vary slightly by bridge provider, but the flow is the same.

Step 1: Sign up with a bridge service and get your webhook URL.

Every bridge gives you a unique URL. This is the address TradingView will send HTTP requests to whenever your alert fires. Copy it. You'll paste it into TradingView in Step 4.

Step 2: Install the Expert Advisor on MT5.

The bridge provider gives you an .ex5 file (a compiled Expert Advisor). You drop it into MT5's Experts folder, restart the terminal, and drag the EA onto a chart. The EA connects to the bridge service and waits for incoming signals.

Before the EA does anything, you need to enable a few settings inside MT5. In Tools → Options → Expert Advisors, check "Allow Algorithmic Trading" and "Allow DLL imports" (some EAs require this). Then, on the chart where you've attached the EA, make sure the "Algo Trading" button in the toolbar is active (it should show green, not red).

The Expert Advisor is what actually places orders with your broker. It doesn't make trading decisions. It receives formatted instructions from the bridge and executes them. Think of it as the last mile of the pipeline.

Step 3: Configure the alert payload in Pine Script.

Your Pine Script strategy needs to send structured data in the alert message so the bridge knows what to do. Most bridges use JSON. A typical TradingView webhook example payload looks something like this:

{"action": "buy", "symbol": "EURUSD", "qty": 0.1, "sl": 1.0820, "tp": 1.0900}

The exact format depends on your bridge. You'll add this payload to your strategy using Pine Script's alert_message parameter inside strategy.entry() and strategy.close() calls. The bridge documentation will specify the required fields.

Step 4: Create the alert in TradingView.

Go to your chart, right-click the strategy, and select "Create Alert." In the alert dialog: set the condition for your strategy. Set the webhook URL to the one from Step 1. In the message field, use the {{strategy.order.alert_message}} placeholder, which inserts whatever you defined in your Pine Script. Set the alert to fire on "Order fills only" if that option is available.

Save it. When the strategy generates a signal, TradingView fires an HTTP POST to your webhook URL with the payload you configured. The bridge receives it, parses it, and forwards the instruction to your EA. The EA places the trade.

Step 5: Test on a demo account.

Run the connection on a demo account first. Watch for at least a few signals and confirm that the alert fires on TradingView, the bridge receives the webhook (most bridges show a log), and the EA opens/closes the correct position on MT5. Match the entries, exits, and lot sizes against what TradingView shows. If they don't line up, you want to find out now.

The connection works. Until it doesn't.

Here's the thing about connecting TradingView to MT5 through a webhook bridge. It's not like plugging a monitor into a computer, where the signal either arrives or it doesn't. A webhook bridge is a four-stage pipeline: Pine Script fires the signal, TradingView sends the webhook, the bridge server translates it, the MT5 EA executes it. Each stage can fail without stopping the others.

And the failures are quiet. Nothing crashes. No error popup. You end up with a trade on MT5 that doesn't match what TradingView shows, or a signal that never arrived, or a stop loss sitting two points off from where it should be.

Three specific things go wrong.

Ghost positions. TradingView's alert_message fires the instant your strategy calls strategy.entry(), not when the market actually fills your order. If the fill doesn't happen, or it happens at a different price, the bridge has already sent the signal. Now you have a position open on MT5 that doesn't exist on your TradingView chart. On a $50K evaluation account with a 5% daily drawdown limit, one ghost position on US30 moving 50 points against you eats $500 of your $2,500 daily buffer. TradingView alerts automation tools that rely on alert_message all share this problem.

Signal reordering. Your strategy flips from long to short. Two webhooks fire within milliseconds: "close long" and "open short." But HTTP requests travel over the Internet. They don't arrive in guaranteed order. If "open short" lands before "close long," your EA opens a short while the long is still running. When "close long" finally arrives, it might close the new short instead. You end up in the wrong direction.

Stop-loss drift. Your strategy says: entry at 43,300, stop loss at 43,250. The webhook sends the SL as a distance (50 points from the entry). But you fill at 43,302 because of slippage. The EA calculates 43,302 minus 50 and places your stop at 43,252, not 43,250. Two points of drift. It adds up on every single trade, and it means your risk doesn't match your backtest.

If you've been running a TradingView to MT5 bridge and noticed that your MT5 results don't match your TradingView results, one of these three is almost certainly why.

Connecting TradingView to MT5 with FillEdge

FillEdge is a webhook bridge that solves the three problems described above at the architecture level, not with workarounds.

Ghost positions are blocked. FillEdge's Pine Script template generates signals differently from the standard alert_message approach. A webhook only fires when a fill is confirmed. If the fill doesn't happen, nothing gets sent to your EA. No phantom trades, no positions that shouldn't exist.

Reversals execute in the correct order. FillEdge's server includes a sequencing layer that ensures "close" always processes before "open," regardless of when the HTTP requests arrive. Your EA won't open a short while a long is still active.

Stop loss and take profit land where your strategy intended. FillEdge supports two modes, and you pick per strategy. Exact-price mode transmits absolute levels: if your script says SL at 43,250, the EA places it at 43,250 regardless of where entry filled. Distance mode preserves the offset from entry, so an ATR-based stop stays the same number of points away even if slippage shifts the fill. The choice depends on your strategy logic, not on a bridge limitation.

FillEdge gives you a signal log that matches every TradingView signal against every MT5 trade. Every signal gets a status badge. ✓MATCHED means TradingView and MT5 agree on the trade. 🎯LOCKED means your stop loss landed at the exact price your strategy calculated, even though entry slipped. 👻CAUGHT means a ghost signal was intercepted before it reached your broker. You don't have to scan through a list of fills and guess what went wrong. The badge tells you.

If something doesn't line up, you see it immediately. And if your EA disconnects or your signals stop arriving, you get an alert (email or Telegram) before the damage compounds. FillEdge doesn't just wait for something to break. It sends synthetic test signals through the full pipeline on a regular cadence. The signal travels from webhook to bridge to EA and back, without opening a trade.

If the round-trip completes, your pipeline is healthy. If it doesn't, FillEdge tells you which leg failed. That's the difference between "my EA was offline for six hours" and "I restarted the EA four minutes after it went down."

Each strategy runs in full isolation. If you're trading US30 with one strategy and EURUSD with another on the same MT5 account, signals from one will never interfere with positions belonging to the other.

Setup is a guided wizard, not a documentation hunt. Six steps, each with a checkpoint that confirms the previous step actually worked before you move on. The dashboard's alert template builder generates a copy-paste-ready alert message from a few dropdowns: pick your strategy, pick your account, pick your command.

You paste it into TradingView and save. A test signal runs through the full pipeline so you can see green checkmarks before your first real trade fires. The whole thing takes about 15 minutes. No coding. No MQL5.

FAQ

Can I connect MT5 to TradingView without a paid TradingView plan?

No. Webhooks require at least TradingView's Essential plan. The free plan supports alerts, but only as on-screen and email notifications. To send data to an external URL (which is how every bridge works), you need webhook capability, and that's paywalled.

Do I need to know MQL5 to connect TradingView to MT5?

Not if you use a webhook bridge. The Expert Advisor is prebuilt. You install it, enter your API key, and it handles the MQL5 side. The only code you write is in Pine Script.

How fast do signals arrive on MT5 after TradingView fires the alert?

Typically 200–500ms for the full pipeline (alert → webhook → bridge → EA → order placed). The exact speed depends on your VPS location relative to the bridge server and your broker's execution speed. For retail strategies on 1-minute bars or higher, this latency is a rounding error.

Can I run multiple strategies on the same MT5 account?

With most bridges, this is risky. Signals from one strategy can close positions belonging to another. FillEdge isolates each strategy so they don't interfere, even on the same account and the same symbol.

What happens if my VPS restarts and MT5 goes offline?

Your TradingView alerts keep firing, but the EA isn't there to receive the instructions. Signals queue up on the bridge (depending on your provider) or get lost. This is why VPS autostart configuration matters. With FillEdge, you'll get a disconnect alert so you know to check your VPS.