USDCHF Carry Trade Strategy | Trading Talk Episode 384 | Trade View
Explore USDCHF carry trade models, updated algo pack results, and market structure insights in Episode 384 of Trading Talk. Watch now.
Explore USDCHF carry trade models, updated algo pack results, and market structure insights in Episode 384 of Trading Talk. Watch now.
Explore Trading Talk Episode 383 as we continue building advanced single trade entry strategies with volume spike confirmation, trend filtering, and dynamic stop loss/take profit logic.
In Episode 382, we refine the Pin Bar Reversal Trap strategy with engulfing candle confirmation and introduce dynamic stop-loss logic. Watch the evolution and see the test results inside Trade View X.
In Episode 381 of Trading Talk, we build a time-based session box to catch false breakouts, a key step in automating reversal entries for the Pin Trap Strategy.
In Episode 380 of Trading Talk, we begin building a base foundation algo to prepare for a client-suggested Asian session pin bar trap model. Ideal for reversal traders using 15-min charts.
Discover how to detect AUD strength across multiple symbols using a correlated trend logic. Episode 379 features a multi-symbol AUDUSD model and performance insights from the Algo Traders Club.
Learn how to automatically adjust your lot size for different account levels in Episode 378. We test across two models and demonstrate scalable risk and profit techniques using Trade View X.
In Episode 377, we complete the MFA progression and show how to build real-time portfolios from one strategy. Buy the MFA Pack today and start building your trading edge.
Learn how to add a simple pyramid function to your breakout trading models. 143 trades tested across 14 forex pairs. Full analysis and practical guide inside.
In this episode of Trading Talk, we explore a simple yet powerful single-entry algorithm designed to take advantage of market structure and economic news momentum. We’ve built a strategy using the CCI indicator, measuring how quickly it moves from bottom to top to generate a strength-based entry signal.