The Journey from Fuel to Motion

{
  "type": "technical infographic",
  "subject": "{argument name=\"subject matter\" default=\"high-performance motorcycle engineering process\"}",
  "header": {
    "title": "{argument name=\"main title\" default=\"THE CAUSAL CHAIN OF A MOTORCYCLE\"}",
    "subtitle": "FROM ENGINEERING TO MOTION"
  },
  "centerpiece": {
    "description": "Exploded isometric view of a high-performance naked sport motorcycle",
    "model": "{argument name=\"motorcycle model\" default=\"Kawasaki Z1000\"}",
    "labeled_parts_count": 12,
    "labeled_parts": [
      "LED Headlight Unit",
      "Steel Frame Structure",
      "Handlebar Controls",
      "Cooling System",
      "Fuel Tank",
      "Suspension System",
      "Braking System",
      "Inline-Four Engine",
      "{argument name=\"engine system\" default=\"DOHC 16-Valve Engine\"}",
      "ECU Control Unit",
      "Exhaust System",
      "Rear Swingarm & Chain Drive"
    ]
  },
  "layout": {
    "left_column": {
      "description": "Chronological causal chain",
      "count": 13,
      "steps": [
        "01 FUEL EXISTS",
        "02 AIR INTAKE BEGINS",
        "03 FUEL INJECTION MIXES",
        "04 COMPRESSION BUILDS PRESSURE",
        "05 IGNITION SPARKS",
        "06 COMBUSTION RELEASES ENERGY",
        "07 PISTONS TRANSFER FORCE",
        "08 CRANKSHAFT ROTATES",
        "09 TRANSMISSION MODULATES POWER",
        "10 CHAIN DRIVES REAR WHEEL",
        "11 TIRES INTERACT WITH ROAD",
        "12 MOTION IS GENERATED",
        "13 RIDER EXPERIENCES SPEED"
      ]
    },
    "right_column": {
      "title": "8 CORE SYSTEMS",
      "count": 8,
      "modules": [
        "1 ENERGY SOURCE (FUEL & AIR)",
        "2 ENGINE GENERATES POWER",
        "3 COMBUSTION CONTROLS FORCE",
        "4 TRANSMISSION SHAPES OUTPUT",
        "5 CHASSIS STABILIZES STRUCTURE",
        "6 SUSPENSION ABSORBS IMPACT",
        "7 BRAKING CONTROLS MOTION",
        "8 ELECTRONICS OPTIMIZE PERFORMANCE"
      ]
    },
    "side_diagrams": {
      "count": 7,
      "descriptions": [
        "Air-fuel mixture flow",
        "Combustion chamber cycle",
        "Piston and crankshaft motion",
        "Gear shifting mechanism",
        "Chain and sprocket dynamics",
        "Suspension travel geometry",
        "Brake force distribution"
      ]
    },
    "footer": {
      "count": 5,
      "description": "Engineering summary insights"
    }
  },
  "style": "technical, precise, wireframe elements, glowing data lines, photorealistic motorcycle components, clean typography, fully English"
}