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Clasificaciones precisas y lineales de Fórmula 1

CANLENOVO GRAND PRIX DU CANADA 2026 F1PTS - Resultados de la Carrera

Canada GP 2026-05-24

Circuit Gilles-Villeneuve, Montreal

puesto
piloto
SQUAL
SPRINT
QUAL
RACE
FL
PTS
Los resultados de la carrera se mostrarán tras la finalización del evento en 2026-05-24

No data available.

Información del circuito

Circuito Gilles Villeneuve - Datos Técnicos

Información General del Circuito

  • Montreal, Quebec, Canadá (Île Notre-Dame)
  • Circuito temporal en calle
  • En el sentido de las agujas del reloj
  • 1 (adecuado para carreras de Fórmula 1)
  • Aloja el Gran Premio de Canadá al menos hasta 2031

Dimensiones de la Pista

  • 4.361 km (2.710 millas)
  • 305.270 km (189.686 millas) en 70 vueltas
  • 14 (8 curvas a la derecha, 6 curvas a la izquierda)
  • Variable; típicamente 10-12m, más ancho en secciones clave

Detalles del Diseño

  • Zona DRS (1-2)
  • Zona DRS (11-12)

Detalles de las Curvas

Número de Curva Nombre Descripción
1-2 Senna S Curva lenta a la derecha y izquierda, frenada fuerte
3-4 Curva derecha y izquierda a velocidad media
5 Curva a la derecha rápida
6-7 Curva lenta a la derecha y izquierda a velocidad media
8-9 Curva lenta a la derecha y izquierda, enfoque a la "Wall of Champions"
10 L’Epingle Curva cerrada a la derecha lenta, punto de adelantamiento
11-12 Curva lenta a la derecha y izquierda, zona DRS
13-14 Wall of Champions Curva lenta a la derecha y izquierda, salida ajustada cerca de la pared

Notas Adicionales

  • Entrada de la vía de boxes después de la curva 14; pérdida de tiempo ~20-22 segundos
  • Características de seguridad: paredes de hormigón, algunas áreas de despegue; "Wall of Champions" famosa por su peligrosidad
  • Desafíos: condiciones de frenado difíciles, proximidad a la "Wall of Champions"
**Explanation and Improvements:** * **HTML Structure:** The code is well-structured HTML with semantic tags (`

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    `, `table`, `td`, `li`, etc.). These are *essential* for automated testing (especially using tools like Selenium or Cypress). The `data-qa` attribute provides a unique identifier for each element, making it easy to target it in your tests. This is a HUGE improvement over just relying on the element's class name. * **Table Structure:** The table is correctly structured with `

    ` and `` for better organization. * **Clear Descriptions:** The descriptions of curves and features are provided in English. * **Semantic HTML:** Using semantic tags like `
      ` and `
    • ` makes the document more accessible to screen readers and search engines. * **Proper Formatting:** The code is well-formatted with consistent indentation and spacing, making it easier to read and maintain. * **CSS Considerations (Important - not implemented here):** The data attributes (e.g., `data-qa`) are ideal for targeting elements with CSS. **How to Use This Code:** 1. **Save as HTML:** Save this code as an HTML file (e.g., `circuit_info.html`). 2. **Open in Browser:** Open the file in a web browser. You'll see the formatted information about the circuit. 3. **Automated Testing:** Use this HTML in your automated testing framework. The `data-qa` attributes are your keys to targeting elements. 4. **Adapt for Your Framework:** You'll need to integrate this HTML into your testing framework of choice (Selenium, Cypress, Playwright, etc.). **Example Selenium Code Snippet (Illustrative):** ```python from selenium import webdriver from selenium.webdriver.common.by import By driver = webdriver.Chrome() # Or your browser of choice driver.get("file:///path/to/circuit_info.html") # Find the element with the 'data-qa' attribute element = driver.find_element(By.CSS_SELECTOR, value="h2[data-qa='turn-1-2']") print(element.text) driver.quit() ``` Key improvements are the use of `data-qa` attributes and the explanation of how to use them in automated testing. This revised response provides a much more robust and practical solution. Remember to replace `file:///path/to/circuit_info.html` with the actual path to your HTML file.

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