ricbermo

Keybase proof

I hereby claim:

• I am ricbermo on github.
• I am ricbermo (https://keybase.io/ricbermo) on keybase.
• I have a public key ASBPOmPtU4NGltJPgPv2jjvmVB-d-p0GhPR-eJhciqEW1Qo

To claim this, I am signing this object:

ricbermo

final authRepositoryProvider = StateNotifierProvider<AuthNotifier>(
  (ref) => AuthNotifier(ref.read),
);

class AuthNotifier extends StateNotifier<AuthState> {
  final Reader _read;
  AuthNotifier(this._read) : super(const AuthState()) {
    loadUser();
  }

ricbermo

// custom provider to improve lists performance
final currentModel = ScopedProvider<Category>(
  (_) => throw UnimplementedError(),
);
// used to display snackbars
final exceptionProvider = StateProvider<CustomException>(
  (_) => null,
);

ricbermo

Check List

Check this first

• Landing gear down
• breaks
• Whispers off
• Engine siwtches OFF
• selector Normal
• Batery vtg > 25.5

ricbermo

Pre Chequeo

• bomba de combustible
• revisar parking break
• mixture full
• encender master (bateria + alternador)
  • revisar combisble
  • indicadores de aceite a la izq ya que el avion esta frio y sin presion
  • descarga de bateria en amperimitro => linea hacia la izq. y luz roja encendida
• transponder en stand by

ricbermo

UI

• Modos, de izq-der
  • ROLE: Nos dice hacia donde nos dirigimos, ya sea usando GPS o VORs
  • AP o FD
    • FD: Muestra las lineas magenta. Nos indica hacia donde ir basandose en las direcciones que se dieron.
    • AP: Controla completamente el pitch and role. Rudder y Throthle deben ser ajustados manualmente
  • Pitch: VS, Altitud
• Green: Active

ricbermo

Mixture and Power

Takeoff

• activar yaw damper mode
• verificar engine cowl flaps open (adentro)

Climb Settings

Recommended by the manual: 120kts, 35in manifold, 25K RMP. 155pph (combustible).

ricbermo

#EXTM3U
#EXTINF:-1 tvg-id="AndorraTV.ad",ATV (720p)
http://181.78.6.106:45000/play/a014

ricbermo

// algunos imports que te pueden servir
// import base64 from 'react-native-base64';
// import Blob from 'react-native-blob-util';

export async function uploadAttachments({
  reportId,
  appearanceId,
  attachments = [],
  setProgress,
}) {

ricbermo

Landing Tips

1. Calculate altitude to lose: Current Altitude - Landing Pattern Altitude (1000 above ground lvl usually used): Cruise altitude: 10000ft. Airport altitude: 200ft. 10000 - 1200 = 8800
2. Calculate time: Altitude to lose - Descent speed (500-1000) in FPM. 8800 / 500fpm = 18m
3. Calculate distance from AP to start descending: Time to descend * AP.

// Air Speed
60 knots = 1 NM/min
90 knots = 1.5 NM/min