Breakout Trading Strategy

Most breakout traders lose money because they chase the first move. Price spikes, spreads widen, and the entry is late.

The Lanami breakout framework is built to avoid that. Instead of entering on the first breakout candle, it waits for confirmation while price remains on the correct side of a 10-period simple moving average (SMA10).

The strategy now goes further than entry confirmation alone. It combines multi-timeframe scanning, higher-timeframe directional bias, distance-from-mean filtering, ATR-based trade levels, risk-based position sizing, and account-level drawdown protection.

This page explains the core breakout sequence and the filters that help traders apply it manually or automate it consistently.

This strategy is used across timeframes from M5 to H12. The core breakout logic does not change.

Lower timeframes create more setups but more noise. Higher timeframes produce fewer, cleaner setups.

The only thing that should scale with timeframe is your expectations, volatility tolerance, and risk plan, not the entry logic.

Lanami scans multiple chart timeframes in parallel and evaluates each timeframe independently. This allows the strategy to detect the same breakout behaviour across different market conditions, from lower timeframes that produce more frequent opportunities to higher timeframes that tend to produce stronger and more stable signals.

Each timeframe is tracked separately, which helps the EA manage signals cleanly and avoid duplicate actions on the same candle.

For traders, this means the framework is not tied to a single chart speed. It is built to find the same structured breakout pattern wherever it appears.

Lanami uses a 10-period Simple Moving Average (SMA10) as a trend filter.

• Long setups require candles to close above SMA10 during confirmation
• Short setups require candles to close below SMA10 during confirmation

The strategy uses close-based confirmation only. Wicks do not qualify as acceptance.

This keeps the framework rules-based and helps separate real acceptance from temporary price spikes.

A valid buy setup requires three candles in sequence, then entry on the next candle.

Step 1: Breakthrough candle (bullish cross up)

• Open below SMA10
• Close above SMA10
• Bullish candle (close above open)

Step 2: Rejection candle (bearish, still above SMA10)

• Bearish candle (close below open)
• Close remains above SMA10

Step 3: Breach candle (bearish, still above SMA10)

• Bearish candle (close below open)
• Close remains above SMA10

Entry:

Enter long on the next candle after the breach candle.

Invalidation:

If price closes back below SMA10 before entry, cancel the setup.

The sell setup is the exact mirror of the buy setup.

Step 1: Breakthrough candle (bearish cross down)

• Open above SMA10
• Close below SMA10
• Bearish candle (close below open)

Step 2: Rejection candle (bullish, still below SMA10)

• Bullish candle (close above open)
• Close remains below SMA10

Step 3: Breach candle (bullish, still below SMA10)

• Bullish candle (close above open)
• Close remains below SMA10

Entry:

Enter short on the next candle after the breach candle.

Invalidation:

If price closes back above SMA10 before entry, cancel the setup.

Before entering a trade, Lanami checks whether price has already moved too far away from its average.

It measures the distance between the intended entry price and a Simple Moving Average, then compares that distance to current volatility using ATR. If price is already too extended beyond an ATR threshold, the trade is blocked.

This helps avoid chasing late breakouts, entering after exhaustion, or buying tops and selling bottoms after the move is already stretched.

Lanami applies a directional bias filter using the slope of an Exponential Moving Average on a higher timeframe.

For each trading timeframe, a mapped higher timeframe is used to measure broader direction. The EA calculates the EMA slope over a number of bars and checks whether that slope is strong enough to confirm momentum.

In practice, buy trades are only allowed when the higher-timeframe EMA is rising with sufficient strength, and sell trades are only allowed when it is falling with sufficient strength. This helps align breakout entries with the broader market move instead of trading against momentum.

Many breakouts are liquidity events, not trend continuation.

Waiting for a pullback and a second confirmation candle reduces:

• impulse entries
• late entries with poor R:R
• false continuation after spikes

When combined with the distance-from-mean filter and higher-timeframe bias filter, the result is fewer signals, but cleaner execution.

Each trade is sized automatically using a fixed percentage of account balance as the maximum allowed loss at stop-loss.

Instead of using a fixed lot size, Lanami calculates position size from the selected risk percentage, the stop-loss distance, and the symbol's tick value. This means position size adjusts naturally when volatility expands or contracts.

The result is more consistent risk per trade, regardless of whether the stop-loss is tight or wide.

Lanami uses ATR to build dynamic stop-loss and take-profit levels based on current market volatility.

Instead of relying on static pip distances, trade levels expand during higher volatility and contract during lower volatility.

This makes exits more adaptive and realistic across different market conditions.

Lanami does not only manage risk trade by trade. It also monitors the total worst-case loss across all open positions based on their stop-loss levels.

The EA estimates the combined stop-loss risk in monetary terms and compares it to a percentage of account balance. If total open risk exceeds that limit, new trades are blocked.

This acts as an account-level safety control and helps prevent multiple open positions from stacking into unacceptable drawdown.

From here you have two paths:

• Learn the execution method (manual vs automated)
• Apply the same strategy to a specific market like gold or silver

Use the links below to move forward.