| Signal Generation | Identification of five-wave impulses and three-wave corrections to determine trend direction and entry points |
| Entry Trigger | Entry at Wave 2/4 corrections in impulse direction or at completion of ABC corrections |
| Exit Strategy | Fibonacci projections for wave targets; wave structure completion signals exit |
| Risk Management | Stop-loss at wave invalidation levels; wave overlap rules define risk |
| Position Sizing | Risk 1-2% per trade based on wave invalidation distance |
| Optimal Conditions | Clear wave structure with proper alternation, Fibonacci relationships, and volume confirmation |
| Avoid When | Ambiguous wave counts, extended corrections, major news pending |
| Timeframes | Daily/Weekly for primary counts; Hourly for entry timing |
| Market Context | Elliott Wave principles apply well to the S&P/ASX 200 (XJO) and its SPI 200 index future, which is by far the most liquid Australian futures instrument and the cleanest canvas for wave counting. The Australian market is highly concentrated in financials (the big-four banks led by CBA) and materials (BHP, RIO, Fortescue), so directional 'sector' waves are usually best traded through single-stock futures rather than a sector index - there is no liquid local equivalent to BANKNIFTY. Note that ASX single-stock and domestic commodity (grain/electricity/wool) futures are far thinner than India's NSE stock and MCX contracts, so concentrate primary wave work in the SPI 200. Unlike India's largely domestically-driven NIFTY, the ASX 200 is strongly influenced by overnight US moves and by China-led commodity cycles, which often set the impulse direction. AUD/USD - a freely-floating, highly-liquid G10 commodity currency - typically prints clean wave structures driven by RBA-Fed rate differentials, iron-ore prices and global risk sentiment. |
| Regulatory Considerations | Exchange-traded futures are margined on ASX 24 (cleared by ASX Clear (Futures)) under a SPAN-based model - initial margin plus daily variation margin marked to market - with brokers often adding house margins for overnight and volatile conditions. Australia has no SEBI-style intraday 'peak margin' regime; day-trade margin relief is broker-discretionary and full overnight (initial) margin applies to positions carried across sessions. Because the SPI 200 trades a near-continuous overnight night session (reacting to US/Europe), multi-session wave trades must be managed against gap risk and overnight margin. All market conduct is regulated by ASIC. |
| Tax Implications | For an active futures trader the ATO generally assesses gains and losses as ordinary income on revenue account (a trading business), taxed at marginal rates, rather than as capital gains - so the 50% CGT discount typically does not apply to derivatives held on revenue account or short term. Australia has no securities transaction tax equivalent to India's STT; trading costs are brokerage, ASX 24 exchange and clearing fees, and the ASIC cost-recovery levy. Brokerage on listed derivatives is generally an input-taxed financial supply (no GST charged to the client). Maintain detailed wave-count logs and full trade records to support the revenue-account position and substantiate deductions for the ATO. |
| Timing Considerations | ASX cash equities trade 10:00 AM-4:00 PM (Sydney, AEST/AEDT) with a single-price closing auction shortly after 4:00 PM; the SPI 200 future runs a day session and a separate overnight night session. The highest-volume institutional window is roughly 10:00 AM-12:00 PM, where Wave 3 impulses often accelerate; afternoons tend to be quieter and can host corrective Wave 2/4 development. A large share of each day's move is set overnight in the SPI night session as US and European markets trade, so the cash open frequently gaps to reflect waves that developed offshore. |
| Local Market Factors | Foreign institutional flows and domestic superannuation/managed-fund flows (the ~A$4 trillion super system is the dominant structural buyer) heavily shape ASX wave structure; sustained inflows often drive extended Wave 3s. RBA cash-rate decisions (eight scheduled meetings a year), the May Federal Budget, ABS labour-force and CPI prints, and - critically - China data and commodity prices (iron ore, coal, LNG, gold) can truncate or extend waves. SPI 200 index futures expire quarterly (March/June/September/December, third Thursday), so the quarterly roll week - not a monthly expiry - creates the overlapping, choppy price action that complicates wave counting. |
| Brokerage Impact | Elliott Wave trades typically span multiple sessions with favourable risk-reward, so per-contract brokerage and exchange/clearing fees are usually minor relative to expected gains. SPI 200 futures carry low frictional cost per index point given the A$25 multiplier; thinner ASX single-stock and domestic commodity futures can have wider bid-ask spreads, which matters more on shorter wave degrees - another reason to concentrate wave trading in the liquid SPI 200. |
The three cardinal rules are: (1) Wave 2 can never retrace more than 100% of Wave 1, (2) Wave 3 can never be the shortest impulse wave among Waves 1, 3, and 5, (3) Wave 4 can never enter the price territory of Wave 1 in a standard impulse. If any rule is violated, the wave count is definitively wrong.
Wave 3 is typically the longest and strongest wave, often extending 1.618 times Wave 1. Entry at Wave 2 completion provides a clear stop (below Wave 1 start) and large potential reward. Wave 3 also shows strong momentum and volume, making it easier to ride. This creates the best risk-reward ratio of all wave positions.
Corrections complete at Fibonacci levels - Wave 2 typically at 50-61.8% of Wave 1, Wave 4 at 38.2% of Wave 3. Look for: (1) Price reaching Fibonacci zone, (2) Reversal candlestick pattern, (3) Volume spike on reversal, (4) Momentum divergence. Three-wave structure (A-B-C) should be visible before entering.
Zigzag: Sharp 5-3-5 structure; B retraces 38-78% of A; C typically equals or exceeds A; creates steep retracement. Flat: Sideways 3-3-5 structure; B retraces 90-100%+ of A; C approximately equals A; creates horizontal consolidation. Zigzags are common as Wave 2; flats are common as Wave 4.
Yes, Elliott Wave patterns are fractal - they appear on all timeframes from monthly charts to minute charts. However, higher timeframes (daily, weekly) produce clearer patterns with less noise. Match your analysis timeframe to your trading style: daily/weekly for swing trading, hourly for day trading.
Alternation suggests Waves 2 and 4 tend to differ in form. If Wave 2 is sharp (zigzag), Wave 4 is likely flat or triangle (sideways). If Wave 2 is flat, Wave 4 is likely sharp. Use this to anticipate Wave 4 structure and set appropriate entry expectations - don't expect deep Wave 4 if Wave 2 was already deep.
Develop preferred and alternate counts. Trade the preferred count but know invalidation levels for both. As price develops, one count usually gains probability while others are invalidated. Don't force a count - if price action doesn't fit, revise. Reduce position size when counts are ambiguous.
Diagonals are five-wave patterns where Waves 1 and 4 overlap, forming a wedge shape. Leading diagonals occur in Wave 1 or A position, signaling powerful trend ahead. Ending diagonals occur in Wave 5 or C position, signaling exhaustion and imminent reversal. Diagonals are the exception to the no-overlap rule.
Channels project wave termination zones. Draw initial channel after Waves 1-2, project Wave 3 target. Redraw 2-4 channel after Wave 4, project Wave 5 target. When Fibonacci extensions align with channel boundaries, strong confluence exists. Channel breaks can signal wave completion or count problems.
Wave 3 should show expanding breadth (more stocks participating, A/D line confirming). Wave 5 often shows divergence (fewer stocks, A/D failing to confirm). Volume should expand in Wave 3 and contract in corrections. Sentiment reaches extremes at Wave 2/C lows (fear) and Wave 5 highs (euphoria).
Start with swing detection using ZigZag, fractals, or ATR-based methods. Attempt to fit XABCD-like five-wave structures to recent swings. Validate against three cardinal rules. Calculate Fibonacci relationships for additional scoring. Generate multiple count scenarios and rank by rule compliance and Fib accuracy.
Wave 2 completions often align with Gartley (0.786 XA) or Bat (0.886 XA) PRZ levels. Wave 4 may contain harmonic patterns. Wave C termination often aligns with harmonic extensions. When Elliott target and harmonic PRZ converge, probability significantly increases.
Calendar spreads work well for Wave 4's sideways, time-consuming nature. Sell near-term options at Wave 4 range boundaries, buy longer-term at same strike. Profit from time decay during consolidation. Close or roll before Wave 5 breakout. Iron condors also work if Wave 4 range is defined.
Wyckoff accumulation often corresponds to larger Wave 2 or C completion. The Spring in accumulation equals Wave C end - best entry point. Wyckoff distribution often occurs during Wave 5. Upthrust After Distribution marks Wave 5 end. Use Wyckoff phases to confirm wave structure and timing.
Use walk-forward optimization (optimize on 60%, test on 40%, roll forward). Keep parameters minimal. Test across multiple instruments and market regimes. Verify patterns work in bull, bear, and ranging markets. Use out-of-sample validation. If in-sample results far exceed out-of-sample, overfitting exists.
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