Visible Range Volume Profile (VPVR) – FX Replay Guide

While FX Replay doesn’t currently offer a built-in live VPVR overlay, you can simulate VPVR behavior using the Fixed Range Volume Profile (FRVP) and volume analysis tools. This lets you uncover real-time support/resistance, high-volume nodes (HVNs), and breakout potential across trading sessions.

How to Simulate VPVR in FX Replay

Use the FRVP Tool:

• Open the Fixed Range Volume Profile drawing tool.
• Drag from your start to end point within the visible chart area.
• You’ll see:
  • POC (Point of Control)
  • HVNs / LVNs (High/Low Volume Nodes)
  • Value Area (typically 70% of total volume)

Identify Key Price Levels

• High Volume Nodes (HVNs)
  → Strong support/resistance zones
  → Price often consolidates or reacts here.
• Low Volume Nodes (LVNs)
  → Thin liquidity zones
  → Price often slices through quickly = breakout opportunity.

Trade Entry/Exit Concepts

• Entry Setup:
  Price enters Value Area or HVN and shows reaction → look for confirmation and enter.
• Exit / Take Profit:
  Target LVNs or edge of Value Area → especially effective during high volatility.
• Breakout Confirmation:
  Look for a volume spike as price breaks Value Area → confirms directional move.

Replay Sessions for Context

Use FRVP during:

• London or NY Sessions
• Pre-Breakout Zones
• High-impact News Windows

You’ll replicate VPVR-like behavior by analyzing session-specific volume structure.

Pair With FX Replay Tools

Combine FRVP with:

• VWAP → Validate fair value vs. price location
• RSI / SMMA → Momentum and trend context
• Liquidity Zones / FVGs → Entry confirmation layers

Pro Tip:

You can mimic VPVR behavior by re-drawing FRVP as you pan, zoom, or scroll through FX Replay.

Ask yourself:

• “Is price in balance (Value Area) or in discovery (breakout)?”
• “Am I trading into a HVN wall or through a LVN void?”

These questions help you:

• Spot price magnets (POC)
• Avoid fakeouts near volume gaps
• Time entries with structure + context

Mastering FRVP like VPVR gives you volume-driven clarity, even without a real-time overlay.