diff --git a/emulator/obd2_emulator.py b/emulator/obd2_emulator.py
index c090054..66f6c88 100755
--- a/emulator/obd2_emulator.py
+++ b/emulator/obd2_emulator.py
@@ -36,37 +36,55 @@ class VehicleState:
         t = time.time()
         with self.lock:
             if self.auto_simulate:
-                # 24-second cycle:
-                #  0 -  8s: Ramp up to maximums
-                #  8 - 12s: Hold at absolute MAXIMUM on all instruments for 4s
-                # 12 - 20s: Ramp down to idle
-                # 20 - 24s: Hold at IDLE for 4s
-                cycle_period = 24.0
+                # 32-second demonstration cycle:
+                #   0 -  5s: FASE 1 - Batería Baja Crítica (<12V) -> ROJO con alarma destellante (10.8V, 3 bloques)
+                #   5 -  9s: FASE 2 - Batería en reposo / baja carga (12.0 - 13.2V) -> AMARILLO (12.4V, 8 bloques)
+                #   9 - 16s: FASE 3 - Marcha normal / óptima -> Todo en VERDE (RPM 2200, Vel 60, Temp 92°C, Volt 14.2V)
+                #  16 - 21s: FASE 4 - Precaución / carga alta -> Todo en AMARILLO (RPM 4200, Vel 120, Temp 102°C, Volt 15.0V)
+                #  21 - 27s: FASE 5 - MÁXIMO ABSOLUTO (100% de escala) -> Todo en ROJO con alarma destellante (RPM 6000, Vel 160, Temp 120°C, Volt 16.0V)
+                #  27 - 32s: FASE 6 - Descenso suave de vuelta al inicio
+                cycle_period = 32.0
                 phase = t % cycle_period
 
-                if phase < 8.0:
-                    p = phase / 8.0
-                    self.rpm = 800.0 + p * (6000.0 - 800.0)
-                    self.speed = p * 160.0
-                    self.coolant_temp = 85.0 + p * (120.0 - 85.0)
-                    self.pcm_volt = 11.5 + p * (16.0 - 11.5)
-                elif phase < 12.0:
-                    # MAX SCALE ON ALL INSTRUMENTS
-                    self.rpm = 6000.0
-                    self.speed = 160.0
-                    self.coolant_temp = 120.0
-                    self.pcm_volt = 16.0
-                elif phase < 20.0:
-                    p = (phase - 12.0) / 8.0
-                    self.rpm = 6000.0 - p * (6000.0 - 800.0)
-                    self.speed = 160.0 - p * 160.0
-                    self.coolant_temp = 120.0 - p * (120.0 - 85.0)
-                    self.pcm_volt = 16.0 - p * (16.0 - 11.5)
-                else:
+                if phase < 5.0:
+                    # Batería baja crítica (<12V) -> ROJO destellante
+                    self.pcm_volt = 10.8
+                    self.rpm = 800.0
+                    self.speed = 0.0
+                    self.coolant_temp = 86.0
+                elif phase < 9.0:
+                    # Batería en reposo / baja carga (12.0 - 13.2V) -> AMARILLO
+                    self.pcm_volt = 12.4
                     self.rpm = 800.0
                     self.speed = 0.0
                     self.coolant_temp = 88.0
+                elif phase < 16.0:
+                    # Marcha normal -> VERDE
+                    p = (phase - 9.0) / 7.0
                     self.pcm_volt = 14.2
+                    self.rpm = 1500.0 + p * (2600.0 - 1500.0)
+                    self.speed = 30.0 + p * (75.0 - 30.0)
+                    self.coolant_temp = 90.0 + p * (94.0 - 90.0)
+                elif phase < 21.0:
+                    # Exigido / autopista -> AMARILLO
+                    p = (phase - 16.0) / 5.0
+                    self.pcm_volt = 14.9 + p * 0.2  # 14.9 a 15.1V (Amarillo)
+                    self.rpm = 3800.0 + p * (4800.0 - 3800.0)  # 3800 a 4800 (Amarillo)
+                    self.speed = 112.0 + p * (128.0 - 112.0)   # 112 a 128 (Amarillo)
+                    self.coolant_temp = 99.0 + p * (104.0 - 99.0) # 99 a 104 (Amarillo)
+                elif phase < 27.0:
+                    # MÁXIMO ABSOLUTO (100% de escala) -> ROJO con alarma destellante
+                    self.pcm_volt = 16.0
+                    self.rpm = 6000.0
+                    self.speed = 160.0
+                    self.coolant_temp = 120.0
+                else:
+                    # Retorno progresivo
+                    p = (phase - 27.0) / 5.0
+                    self.pcm_volt = 16.0 - p * (16.0 - 10.8)
+                    self.rpm = 6000.0 - p * (6000.0 - 800.0)
+                    self.speed = 160.0 - p * 160.0
+                    self.coolant_temp = 120.0 - p * (120.0 - 86.0)
 
                 # Correlated auxiliary telemetry
                 self.map_psi = 10.0 + 16.0 * ((self.rpm - 800.0) / 5200.0)