Azul Virtual Crew Portal

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A sleek, ultra-modern virtual airline operations dashboard displayed on a high-resolution glass cockpit-style screen mounted on a brushed aluminum wall. The interface shows a clean Azul Virtual Crew Portal home screen with flight schedules, weather overlays, and ACARS status panels in shades of deep blue, white, and subtle cyan accents. Soft, cool studio lighting reflects gently off the metallic surfaces, creating precise highlights and minimal shadows. Shot at eye level with sharp focus throughout, the photographic realism emphasizes clarity, professionalism, and reliability. The background is slightly out of focus, hinting at a sophisticated operations center filled with blurred digital panels, contributing to a calm, controlled, and highly professional atmosphere.
A detailed close-up of a digital flight schedule board tailored for Azul Virtual crew, rendered on a matte-finish ultra-wide monitor atop a dark wood executive desk. The screen shows organized columns for flight numbers, departure times, routes, and crew assignments in a refined blue and white color scheme, accented with subtle icons for manuals and ACARS connectivity. Cool, diffused office lighting from overhead LED panels creates even illumination, minimal glare, and soft shadows along the keyboard and desk edges. Photographic realism with a slightly elevated angle and shallow depth of field keeps the schedule crisp while gently blurring a background of tidy aviation charts and a closed pilot manual, conveying a focused, professional planning environment.

Sobre Azul Virtual

Portal da tripulação para escalas, manuais e integração ACARS. Voos realistas com gerenciamento de escalas simplificado.

Saiba mais

Serviços Azul Virtual

An elegant, realistic representation of a digital flight manual library for Azul Virtual, displayed on a thin bezel tablet resting on a smooth, dark navy surface. The tablet screen shows neatly organized manual categories—operations, procedures, checklists—using clean typography and Azul-inspired blue accents on a white background. Soft, directional light from the left creates subtle reflections on the glass screen and gentle gradients across the dark surface, while the opposite side fades into a soft vignette. Shot from a three-quarter top-down angle in photographic style, the composition follows the rule of thirds, leaving negative space around the tablet. The atmosphere feels highly organized, calm, and professional, suggesting quick, reliable access to critical documentation.

Escalas diárias, manuais detalhados e integração ACARS para voos imersivos. Acesso a documentação, guias de operação e suporte dedicado.

A sophisticated visualization of ACARS integration for realistic virtual flights, shown as a central glassy avionics-style display embedded in a dark carbon-fiber panel. The screen features dynamic data streams, message logs, and flight progress for Azul Virtual aircraft, with clean blue and white graphics over a muted dark background. Low-key, controlled cockpit-style lighting emphasizes the luminous glow of the display, creating gentle reflections along the panel edges and a subtle halo of light. Captured in photographic realism from a slightly low, close-up angle, the composition centers the screen while nearby blurred switches and indicators fade into the background. The mood is technical, precise, and immersive, highlighting reliability and realism in virtual airline communication.

Ferramentas de planejamento, simuladores integrados e comunicação em tempo real com a equipe.

Últimas notícias

A panoramic, photographic-realistic scene of a virtual airline crew planning workspace, featuring multiple synchronized monitors on a sleek metal desk, each displaying different Azul Virtual Crew Portal modules—escalas, manuals, and ACARS status. The environment is a dark, modern operations room with softly illuminated blue accent lighting along the walls and desk edges. A large virtual map of South America on the main screen shows Azul routes with discrete glowing lines. Overhead, diffused LED panel lighting casts gentle, even light, balancing the screen glow without harsh reflections. Captured from a slightly elevated, wide-angle perspective, the composition emphasizes organization and technological sophistication, with sharp focus on the screens and a subtly blurred, minimalist background suggesting a calm, high-performance control center.
A sleek, ultra-modern virtual airline operations dashboard displayed on a high-resolution glass cockpit-style screen mounted on a brushed aluminum wall. The interface shows a clean Azul Virtual Crew Portal home screen with flight schedules, weather overlays, and ACARS status panels in shades of deep blue, white, and subtle cyan accents. Soft, cool studio lighting reflects gently off the metallic surfaces, creating precise highlights and minimal shadows. Shot at eye level with sharp focus throughout, the photographic realism emphasizes clarity, professionalism, and reliability. The background is slightly out of focus, hinting at a sophisticated operations center filled with blurred digital panels, contributing to a calm, controlled, and highly professional atmosphere.
A detailed close-up of a digital flight schedule board tailored for Azul Virtual crew, rendered on a matte-finish ultra-wide monitor atop a dark wood executive desk. The screen shows organized columns for flight numbers, departure times, routes, and crew assignments in a refined blue and white color scheme, accented with subtle icons for manuals and ACARS connectivity. Cool, diffused office lighting from overhead LED panels creates even illumination, minimal glare, and soft shadows along the keyboard and desk edges. Photographic realism with a slightly elevated angle and shallow depth of field keeps the schedule crisp while gently blurring a background of tidy aviation charts and a closed pilot manual, conveying a focused, professional planning environment.
An elegant, realistic representation of a digital flight manual library for Azul Virtual, displayed on a thin bezel tablet resting on a smooth, dark navy surface. The tablet screen shows neatly organized manual categories—operations, procedures, checklists—using clean typography and Azul-inspired blue accents on a white background. Soft, directional light from the left creates subtle reflections on the glass screen and gentle gradients across the dark surface, while the opposite side fades into a soft vignette. Shot from a three-quarter top-down angle in photographic style, the composition follows the rule of thirds, leaving negative space around the tablet. The atmosphere feels highly organized, calm, and professional, suggesting quick, reliable access to critical documentation.

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Vozes da Azul

Esperança D.

Voar com precisão, segurança e atendimento excepcional sempre me surpreende.

Esperança D.

Imersão total em cada escala.

Esperança D.

Experiência incrível, realismo autêntico.

Esperança D.

Recomendo a Azul Virtual!

Nossa equipe

Aarav Sharma

Mateo García

Zuri Ndlovu

An elegant, realistic representation of a digital flight manual library for Azul Virtual, displayed on a thin bezel tablet resting on a smooth, dark navy surface. The tablet screen shows neatly organized manual categories—operations, procedures, checklists—using clean typography and Azul-inspired blue accents on a white background. Soft, directional light from the left creates subtle reflections on the glass screen and gentle gradients across the dark surface, while the opposite side fades into a soft vignette. Shot from a three-quarter top-down angle in photographic style, the composition follows the rule of thirds, leaving negative space around the tablet. The atmosphere feels highly organized, calm, and professional, suggesting quick, reliable access to critical documentation.
import jsPDF from "jspdf";
import autoTable from "jspdf-autotable";
// =========================
// TYPES
// =========================
export interface OFPData {
  flightNumber: string;
  aircraft: string;
  origin: string;
  destination: string;
  alternate: string;
  etd: string;
  eta: string;
  status: string;
  route?: string;
  fuel: {
    trip: string | number;
    cont: string | number;
    alt: string | number;
    final: string | number;
    taxi: string | number;
    block: string | number;
  };
  mel?: Array<{
    code: string;
    description: string;
    category: string;
    impact: string;
  }>;
  weather: {
    origin: { visibility: string; severity: string };
    destination: { visibility: string; severity: string; phenomena?: string };
    alternate: { visibility: string; severity: string };
  };
  metarOrigin?: string;
  metarDest?: string;
  metarAlt?: string;
  notams?: Array<{ message: string }>;
  remarks?: string;
}
// =========================
// GENERATOR FUNCTION
// =========================
export const generateOFP = (f: OFPData) => {
  const doc = new jsPDF();
  // HEADER
  doc.setFont("courier", "normal");
  doc.setFontSize(12);
  doc.text("AZUL LINHAS AÉREAS - OPERATIONAL FLIGHT PLAN", 14, 12);
  doc.setFontSize(9);
  doc.text(
    `FLT: ${f.flightNumber}   ACFT: ${f.aircraft}   DATE: ${new Date().toUTCString()}`,
    14,
    18
  );
  doc.text(
    `ROUTE: ${f.origin} - ${f.destination}   ALT: ${f.alternate}`,
    14,
    23
  );
  doc.text(
    `ETD: ${f.etd}Z   ETA: ${f.eta}Z   STATUS: ${f.status}`,
    14,
    28
  );
  // ROUTE STRING
  autoTable(doc, {
    startY: 32,
    head: [["ROUTE"]],
    body: [[f.route || "DCT"]],
    styles: { font: "courier", fontSize: 8 },
  });
  // FUEL / WEIGHT
  // Using type assertion because jsPDF-autotable types can be tricky with finalY
  autoTable(doc, {
    startY: (doc as any).lastAutoTable.finalY + 3,
    head: [["TYPE", "VALUE"]],
    body: [
      ["TRIP FUEL", f.fuel?.trip || "-"],
      ["CONTINGENCY", f.fuel?.cont || "-"],
      ["ALTERNATE", f.fuel?.alt || "-"],
      ["FINAL RESERVE", f.fuel?.final || "-"],
      ["TAXI", f.fuel?.taxi || "-"],
      ["BLOCK FUEL", f.fuel?.block || "-"],
    ],
    styles: { fontSize: 8 },
  });
  // MEL / CDL
  const melData = f.mel && f.mel.length > 0 
    ? f.mel.map((m) => [m.code, m.description, m.category, m.impact])
    : [["NIL", "NO DEFERRED ITEMS", "-", "-"]];
  autoTable(doc, {
    startY: (doc as any).lastAutoTable.finalY + 3,
    head: [["MEL", "DESCRIPTION", "CAT", "STATUS"]],
    body: melData,
    styles: { font: "courier", fontSize: 8 },
  });
  // WX SUMMARY
  autoTable(doc, {
    startY: (doc as any).lastAutoTable.finalY + 3,
    head: [["LOC", "VIS", "WX", "SEV"]],
    body: [
      ["DEP", f.weather?.origin?.visibility || "-", "-", f.weather?.origin?.severity || "-"],
      ["DEST", f.weather?.destination?.visibility || "-", f.weather?.destination?.phenomena || "-", f.weather?.destination?.severity || "-"],
      ["ALT", f.weather?.alternate?.visibility || "-", "-", f.weather?.alternate?.severity || "-"],
    ],
    styles: { fontSize: 8 },
  });
  // =========================
  // PAGE 2
  // =========================
  doc.addPage();
  doc.setFontSize(10);
  doc.text("METAR / TAF", 14, 15);
  autoTable(doc, {
    startY: 20,
    head: [["STATION", "DATA"]],
    body: [
      ["DEP", f.metarOrigin || "NIL"],
      ["DEST", f.metarDest || "NIL"],
      ["ALT", f.metarAlt || "NIL"],
    ],
    styles: { font: "courier", fontSize: 8 },
  });
  // NOTAM
  const notamData = f.notams && f.notams.length > 0 
    ? f.notams.map((n) => [n.message])
    : [["NIL"]];
  autoTable(doc, {
    startY: (doc as any).lastAutoTable.finalY + 5,
    head: [["NOTAM"]],
    body: notamData,
    styles: { fontSize: 8 },
  });
  // REMARKS
  autoTable(doc, {
    startY: (doc as any).lastAutoTable.finalY + 5,
    head: [["DISPATCH REMARKS"]],
    body: [[f.remarks || "NIL"]],
    styles: { fontSize: 8 },
  });
  // =========================
  // SIGNATURE (Dynamic Y positioning)
  // =========================
  
  let finalY = (doc as any).lastAutoTable.finalY + 20;
  
  // A4 page height is approx 297mm. If signatures don't fit, add a new page.
  if (finalY > 260) {
    doc.addPage();
    finalY = 20;
  }
  doc.setFontSize(10);
  doc.text("DISPATCH RELEASE: ______________________________", 14, finalY);
  doc.text("CAPTAIN ACCEPTANCE: ____________________________", 14, finalY + 10);
  doc.save(`OFP_${f.flightNumber}.pdf`);
};