ECHO · EchoStar Corp.
Stock Universe · mercado global de açõesECHO Quantitative Analysis: Evaluating Ultra-Selective Long-Horizon Equity Execution Logic
This analytical study evaluates an algorithmic trading strategy for ECHO stock operating on a 15-minute chart evaluation framework across a 6.85-year historical backtest dataset. Ranked second for the asset with a DevioLab score of 75.68, the strategy demonstrates an exceptional win rate of 91.67% across 12 completed trades, backed by a profit factor of 7.50 and a remarkably tight maximum drawdown of 3.13%. However, structural examination reveals profound trade scarcity, averaging just 1.75 trades per year, with activity concentrated almost entirely in select years (2020, 2021, and 2026). The payoff structure relies significantly on massive positive outliers, with the top three winning trades contributing 70.78% of gross profit, while holding times display extreme positive divergence between a median duration of 14.51 days and an average duration of 174.75 days. Designed as decision logic for automated trading bots, trading robots, and trading agents seeking conservative, high-conviction position building, the strategy offers robust risk suppression paired with high profit efficiency, but requires tolerance for extended operational dormancy and statistical reliance on a small sample size.
Análise em 23.10.2026. Os dados da estratégia são atualizados separadamente.Ler análise completa
Strategy profile
The algorithmic trading strategy designated for ECHO stock evaluates market structure on a 15-minute candle interval while operating across a historical data scope spanning 6.85 years, from September 16, 2019, through July 21, 2026. Within the DevioLab quantitative taxonomy, this model secures a score of 75.68, placing it in second rank for ECHO. Over the entire backtested dataset, the algorithm completed 12 closed trades, generating a cumulative closed profit of +1689.34%, which translates into an annualized performance metric of 15.09%. The core profile is defined by ultra-high selectivity, registering 11 winning trades against a single losing trade to yield a historical win rate of 91.67%. Designed to serve as the underlying decision engine for automated trading bots, trading robots, and trading agents, the strategy prioritizes extreme entry filtering over trade frequency. Rather than engaging in active medium-term rotation or rapid intraday scalping, the logic acts as an infrequent filter that captures substantial directional equity shifts. The strategy maintains a profit factor of 7.50, demonstrating that gross historical profits exceeded gross historical losses by seven and a half times. The dataset outlines an execution framework where high statistical efficiency is paired with long multi-month or multi-year structural holding periods.
Trading rhythm and position duration
Analyzing the strategy's operational cadence reveals a severe disconnect between the underlying 15-minute evaluation timeframe and the actual duration of closed positions. Across the 6.85-year history, the strategy averaged just 1.75 trades per year and 1.09 trades per active month. The time elapsed between closed trade exits further underscores this low frequency, with an average interval of 214.27 days and a median interval of 48.06 days between position closures. Position holding times display a dramatic right-skewed distribution: while the median holding duration stands at 348.38 hours (approximately 14.51 days), the average holding duration expands dramatically to 4193.90 hours (approximately 174.75 days, or roughly 5.8 months). This statistical divergence indicates that while a subset of positions reaches exit criteria within approximately two weeks, other positions are held open across vast multi-month horizons. For automated trading bots and execution agents configured with this logic, trading rhythm is characterized by long structural idle periods interrupted by rare, highly patient position holds. The system does not attempt to trade routine market noise, relying instead on rare structural setups that take weeks or months to mature fully.
Quality of historical results
The strategy's historical performance quality features an exceptionally high hit rate coupled with significant return asymmetry. With 11 wins out of 12 closed trades (91.67% win rate), the system demonstrated a 10-trade winning streak before experiencing its single historical loss. The average trade return reaches +30.05%, whereas the median trade return sits lower at +17.34%. This gap between mean and median profitability points directly to the impact of exceptional positive outliers. The best single trade achieved an gain of +107.28%, while the single worst trade resulted in a loss of -3.13%. Profit concentration metrics reveal that the top three winning trades generated 70.78% of the strategy's overall gross profit. Consequently, while the baseline win rate is undeniably elite, a substantial share of total cumulative performance relies on a handful of massive outsized gainers. The payoff structure is therefore asymmetric: loss containment is stringent, standard winning trades deliver solid double-digit percentage expansion, and a rare top tier of trades drives the majority of total compounding capital growth.
Risk, drawdown and losing behavior
Risk containment is one of the clearest statistical highlights of this algorithm. The strategy recorded a maximum historical peak-to-trough drawdown of just 3.13%, matching almost exactly the magnitude of its single worst trade (-3.13%). The maximum consecutive losing streak across nearly seven years of history was limited to 1 trade. With a profit factor of 7.50 and a worst-case trade loss capped at 3.13%, the algorithm historically avoided severe capital impairment. The risk profile suggests that entry criteria are tightly aligned with major structural support or low-volatility accumulation zones, preventing open positions from drifting deep into negative territory. However, risk in this context must also be evaluated through the lens of exposure duration. With an average holding time approaching six months, positions remain exposed to broader market regime shifts and overnight equity gaps over long horizons. Nevertheless, within the backtested record, the decision rules successfully isolated trades that rarely suffered material adverse excursion, yielding an uncommonly smooth equity curve relative to total cumulative return.
Behavior through time and yearly stability
Evaluating yearly breakdown statistics reveals significant temporal clustering in trade activity. Closed trades are present in only three specific calendar years across the 6.85-year history. In 2020, the strategy completed 5 trades (4 wins, 1 loss) for a total annual return sum of +132.54% and an 80.00% win rate. In 2021, the system executed 5 trades (5 wins, 0 losses), delivering a total annual return sum of +119.41% and a 100.00% win rate. Following 2021, the strategy entered an extended multi-year period without any completed trade exits recorded in 2022, 2023, 2024, or 2025. Activity resumed in 2026 with 2 completed trades (2 wins, 0 losses), generating a combined return sum of +108.66% and a 100.00% win rate. This pattern confirms that the strategy does not force annual consistency; rather, it remains completely passive during market regimes that fail to meet its stringent entry logic. Capital growth is highly concentrated in distinct active waves separated by prolonged multi-year holding or idle phases.
Recent period since 2024-06-01 versus full history
Examining performance during the recent window beginning June 1, 2024, provides vital insight into how the strategy has behaved in modern equity conditions. Within this post-June 2024 window, the strategy recorded 2 completed trades, both of which closed during 2026. These 2 recent trades were both winners (100.00% win rate), producing a combined performance sum of +108.66%. Comparing this recent sample against the full-history metrics demonstrates strong continuity in trade quality, as the average return per trade in the recent period (+54.33%) comfortably exceeds the full-history average trade of +30.05%. However, because the sample size since mid-2024 consists of only two trade events, statistical inference regarding recent performance must remain cautious. The evidence confirms that the strategy's decision rules remained effective at capturing substantial multi-week or multi-month upside moves in the current market environment, but it also reinforces that recent trade cadence remains as sparse as its historical baseline.
Strengths and limitations
The primary strength of this algorithmic model lies in its exceptional statistical efficiency: a 91.67% win rate, a 7.50 profit factor, and a tight 3.13% maximum historical drawdown. The strategy excels at capturing large macroeconomic directional expansion in ECHO stock while strictly limiting drawdown depth and losing streaks. For deployment in automated trading robots or trading agents, this low-drawdown profile offers notable operational relief against equity clawbacks. Conversely, the major limitation is the extreme sparsity of sample data. With only 12 completed trades across 6.85 years, the sample size is statistically small, making individual metrics sensitive to future trade additions. Furthermore, high gross profit concentration—where 70.78% of gains stem from just three trades—means overall system performance relies heavily on catching rare outlier expansions. Finally, multi-year operational gaps (such as 2022 through 2025) require deployment capital to remain idle for extended periods, demanding significant user patience.
DevioLab analytical conclusion
The quantitative evaluation of ECHO 0 +1689.34% 1TRAD-KYS8 reveals a specialized, highly conservative strategy engineered for major trend exploitation rather than frequent turnover. Operating with a DevioLab score of 75.68 and ranked second for ECHO, the strategy achieves remarkable historical efficiency by sacrificing trade frequency in favor of structural precision. The combination of a 91.67% win rate, a 3.13% max drawdown, and an annualized return of 15.09% highlights a execution framework that effectively insulates capital during unfavorable conditions. Algorithmic trading bots and automated agents utilizing this logic must be calibrated for prolonged inactivity and multi-month position holds. While the reliance on a small 12-trade sample and high winner concentration represent clear analytical caveats, the strategy stands as a compelling model of ultra-selective equity position management.
Data scope and methodology
This analysis is based entirely on historical backtested transaction data for ECHO stock evaluated on a 15-minute timeframe from September 16, 2019, to July 21, 2026. All reported metrics, including returns, drawdowns, holding times, and win rates, derive exclusively from completed closed trade records within this simulated dataset. The history start timestamp reflects the beginning of the strategy test window, not the origination or listing date of ECHO equity. Performance calculations assume fixed execution rules without accounting for unstated slippage, broker commissions, execution latency, or corporate actions unless explicitly noted. Recent performance metrics since June 1, 2024, reflect trades with sell timestamps on or after that date. Historical backtested results are provided solely for quantitative research and algorithmic assessment; they do not guarantee future performance or constitute individual investment advice.