Education Track
Chart Pattern & Ready Setup Search
Chart pattern search, pattern screener, harmonic search, reversal search, and ready setup methodology pages connected directly to Aventra Market Radar filters.
Rectangle Continuation
A rectangle continuation pattern is a controlled pause where price consolidates between support and resistance while the prior trend remains relevant.
Technical AnalysisFlag Pattern
A flag pattern is a short pause after an impulse move. Traders use it to study whether trend continuation conditions remain intact.
Technical AnalysisTriangle Patterns
Triangle patterns describe compression. Their interpretation depends on trend context, boundary behavior, and breakout direction.
Advanced Technical AnalysisOliver Kell Momentum
The Oliver Kell Momentum Setup studies constructive pullbacks inside trend, where price reclaims short-term structure without losing broader momentum.
Advanced Technical AnalysisMinervini Template
A trend template checks whether price and moving averages show a constructive leadership trend before deeper setup analysis.
Advanced Technical AnalysisStan Weinstein Stage 2
The Stan Weinstein Stage 2 setup screener searches for a high-volume transition above a rising long-term moving average, then evaluates price proximity and relative-strength context.
Advanced Technical AnalysisVCP
VCP studies a sequence of smaller pullbacks as volatility tightens near a pivot area in a constructive base.
Advanced Technical AnalysisICT FVG Reaction
An ICT Fair Value Gap Reaction Setup studies how price behaves around imbalance zones and uses lower-timeframe confirmation to assess the reaction. Market Radar treats it as local or future multi-timeframe research, not a public 1D production scan yet.
Market Radar MethodologyPennant
A pennant is a short compression pattern after a sharp trend move. Market Radar treats it as a compact continuation candidate when trend context remains intact.
Market Radar MethodologyChart Pattern Search
Aventra Market Radar is an AI-powered chart pattern scanner that organizes continuation, reversal, and harmonic pattern candidates across supported markets and timeframes.
Market Radar MethodologyContinuation Pattern Search
Aventra Market Radar searches for continuation chart patterns such as ranges, flags, pennants, triangles, wedges, Cup and Handle structures, and VCPs across supported markets and timeframes.
Market Radar MethodologyReversal Pattern Search
Aventra Market Radar searches for reversal patterns including Double Top and Bottom, Triple Top and Bottom, Head and Shoulders, inverse structures, and reversal-context wedges.
Market Radar MethodologyCup and Handle Scanner
Aventra Market Radar scans rounded base structures followed by a controlled handle, then evaluates trend context, trigger proximity, and invalidation clarity.
Market Radar MethodologyDouble Top / Bottom Scanner
Aventra Market Radar identifies two separated pivots at a similar level, then checks whether price is rejecting from a double top or recovering from a double bottom.
Market Radar MethodologyTriple Top / Bottom Scanner
Aventra Market Radar scans three separated pivots at a comparable level and evaluates repeated rejection or support as a defined reversal structure.
Market Radar MethodologyHead and Shoulders Scanner
Aventra Market Radar scans two balanced local-high shoulders around a higher head, then evaluates pivot separation, reaction depth, neckline pressure, and invalidation clarity.
Market Radar MethodologyInverse H&S Scanner
Aventra Market Radar scans two balanced local-low shoulders around a lower head, then evaluates rebound strength, neckline recovery, pivot separation, and invalidation clarity.
Market Radar MethodologyWedge Scanner
Aventra Market Radar scans contracting rising and falling wedges, then uses prior trend context and current price location to classify the directional structure.
Market Radar MethodologyHarmonic Scanner
Aventra Market Radar evaluates Bat, Gartley, Butterfly, Crab, Cypher, and Shark structures through major swing pivots, Fibonacci ratios, completion zones, and pattern-specific invalidation rules.
Market Radar MethodologyBat Scanner
Aventra Market Radar scans Bat patterns by validating their X-A-B-C-D swing sequence, Bat-specific retracement ratios, and terminal completion area.
Market Radar MethodologyGartley Scanner
Aventra Market Radar scans Gartley patterns by validating their X-A-B-C-D swing sequence, Gartley retracement ratios, and retracement completion area.
Market Radar MethodologyButterfly Scanner
Aventra Market Radar scans Butterfly patterns by validating their X-A-B-C-D swing sequence, Butterfly extension ratios, and terminal D extension.
Market Radar MethodologyCrab Scanner
Aventra Market Radar scans Crab patterns by validating their X-A-B-C-D swing sequence, Crab extension ratios, and extended terminal D pivot.
Market Radar MethodologyCypher Scanner
Aventra Market Radar scans Cypher patterns by validating their X-A-B-C-D swing sequence, Cypher X-C extension, and D completion retracement.
Market Radar MethodologyShark Scanner
Aventra Market Radar scans Shark patterns by validating their 0-X-A-B-C swing sequence, Shark ratio zones, and C completion area.
Market Radar MethodologyICT FVG Reversal
The ICT Fair Value Gap Reversal Setup combines an active directional imbalance with a same-direction Double, Triple, Head and Shoulders, Higher Low, or Lower High reversal structure.
Market Radar MethodologyICT Inverse FVG
The ICT Inverse Fair Value Gap Setup identifies an imbalance invalidated by a close through its far boundary, then retested as support or resistance on the same selected timeframe.
Market Radar MethodologyICT OB Reversal
The ICT Order Block Reversal Setup combines the first candle-body mitigation of a displacement-qualified active order block with a same-direction Double, Triple, Head and Shoulders, Higher Low, or Lower High reversal structure. Earlier wick-only contacts are ignored.
Market Radar MethodologyICT Breaker Block
The ICT Breaker Block Setup identifies an opposing displacement-qualified Order Block that sweeps liquidity, fails by close, flips role, breaks market structure, and is later retested as support or resistance.
Market Radar MethodologyICT Unicorn
The ICT Unicorn Setup identifies an opposing displacement-qualified Order Block that fails and flips into a Breaker Block, while the structure-shifting displacement creates a same-direction FVG overlapping that Breaker.
Market Radar MethodologyICT Liquidity Sweep
The ICT Liquidity Sweep Reversal Setup identifies a prior swing high or low swept by wick, a close back inside that liquidity level, and a subsequent displacement through opposing market structure.
Market Radar MethodologyICT BOS Retest
The ICT Break of Structure Retest Setup identifies a meaningful swing level broken by an ATR-qualified directional candle, then requires price to return to and hold the broken structure level.
Market Radar MethodologySupport/Resistance Flip
The Support/Resistance Flip Setup identifies a multi-touch horizontal support or resistance zone, followed by a directional break and a controlled retest that confirms the former resistance as support or former support as resistance.
Market Radar MethodologyICT Optimal Trade Entry
The ICT Optimal Trade Entry Setup builds a directional dealing range only after its impulse closes through a confirmed structural pivot as BOS or CHoCH/MSS, then finds price retracing into its 62%-79% OTE zone while the origin remains valid.
Market Radar MethodologyReady Setup Search
Aventra Market Radar searches supported markets and timeframes for rule-based ready setups, then organizes matching candidates for chart review, comparison, and invalidation analysis.
Market Radar MethodologyMA Crossover Reclaim
Aventra Market Radar identifies recent SMA8/SMA21, SMA21/SMA55, or SMA55/SMA144 crosses while price remains close to the participating moving-average band.
Market Radar MethodologyICT Order Block
Aventra Market Radar identifies the first candle-body mitigation of a fresh ICT / Smart Money Concepts Order Block when price is inside the zone or within its small boundary tolerance; wick-only contacts do not consume the setup.