RAY / USDT1h

RAY Supertrend Strategy (1h) - Backtest Results

Price Action & Trades

RAY / 1h

Recent Trade History (Live Proof)

Entry DateJan 21, 15:00
Exit DateJan 25, 16:00
TypeLong
Entry Price$1.0270
Exit Price$0.9710
PnL-5.45%
Entry DateJan 1, 09:00
Exit DateJan 18, 23:00
TypeLong
Entry Price$0.9190
Exit Price$1.0980
PnL+19.48%
Entry DateDec 9, 15:00
Exit DateDec 12, 15:00
TypeLong
Entry Price$1.1790
Exit Price$1.0800
PnL-8.4%

Equity Curve

+$28.58
2025-11-112025-11-232025-12-052025-12-182025-12-302026-01-122026-01-28$0k$0.35k$0.7k$1.05k$1.4k

AI Deep AnalysisPowered by algorithmic insights

Performance Assessment

With only 33.33% winners, this is an outlier-hunting strategy. The few wins must cover many small losses.

Risk-Reward Profile

The 1.15 ratio warns: this Supertrend on RAY requires near-perfect execution to profit.

Signal Frequency

At 3 trades, each position carries higher significance. No room for poor execution.

Optimization Insight

Consider testing Bollinger Band periods of 18-22 candles for potential RAY optimization.

Volatility Analysis

Low volatility periods may reduce signal frequency but improve individual trade quality for RAY.

Position Sizing

Volatility-adjusted sizing: reduce position size when RAY ATR exceeds 150% of average.

Analysis based on 3 trades
Review Recommended

Performance Metrics

Win Rate
33.33%
Profit Factor
1.15
Total Trades
3
Data Period
Last 3 Months

See Live Signal

Real-time technical analysis

View the current Supertrend signal for RAY with live market data, AI analysis, and trading recommendations.

RAY1hLIVE

About The Supertrend Strategy

RAY Supertrend strategy on 1h charts. Early backtest data available for review.

Backtest Methodology

Beyond simple profit/loss, our RAY analysis incorporates risk metrics. Each of the 3 trades on the 1h chart was evaluated for maximum adverse excursion and drawdown potential. The 33.33% success ratio accounts for position sizing and capital preservation rules.

Key Takeaways

  • 1h balances signal quality vs frequency.
  • Shorter timeframes may increase noise.
  • Higher timeframes confirm trend direction.

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