@hermanmarkuswenas: 31 OCTOBER 2026 LAST FLIGHT Capt. Surjo Djoko Purwandono JUPITER 250 JEDDAH – JAKARTA FLIGHT NO. JT 111 #lionair #lionairgroup #pilot #lastflight #a330

Herman Markus Wenas
Herman Markus Wenas
Open In TikTok:
Region: ID
Sunday 01 November 2026 08:07:11 GMT
17685
465
10
24

Music

Download

Comments

ndo7314
Ndo :
Capt is the best....Mdc Misss U Capt...
2026-11-01 10:22:57
0
romeoparla
Romeo :
Happy Retirement Capt Surdjok❤️
2026-11-01 09:47:31
0
indratrimarsongko
Indra :
selamat memasuki masa pensiun Capt. Suryo Djoko P Ex IDP1 dan PT. Merpati Nusantara Airline salam dari crew tracking Indra TS.
2026-11-01 10:39:48
2
widiriyanti95
Emak Gabut :
Capt. yang sering mengantarkan jemaah haji ke tanah suci... sungguh mulia pekerjaan mu pak pilot 🥰🥰🥰
2026-11-01 10:25:58
1
ahmad.setiawan_
Ahmad Setiawan :
Terima kasih capt [Menghangatkan hati]
2026-11-01 10:54:38
0
herawati1784
herawati178🍓 :
masya
2026-11-01 09:35:16
0
eic.ar
HR :
🥰🥰🥰
2026-11-01 08:28:30
1
user35262088578466
انس بريمة :
🥰🥰🥰
2026-11-01 08:27:33
0
capt.khan.vanna
Khan Vanna :
🥰🥰🥰🥰🥰🥰🥰🥰
2026-11-01 10:51:33
0
To see more videos from user @hermanmarkuswenas, please go to the Tikwm homepage.

Other Videos

Why Does Smoke Sometimes Come from the Center of a Turbofan Engine After Shutdown? Many aviation enthusiasts notice what appears to be smoke coming from the center of a turbofan engine after the aircraft has parked at the gate. It often raises concerns, but in most cases, this is a completely normal phenomenon. In the image, the visible discharge is coming from the engine exhaust cone (tail cone area). This is commonly referred to as residual burning smoke or heat vapor, and it can occur for several reasons: * Normal Causes ✅ Residual Heat After engine shutdown, internal components such as the combustor, turbine, and exhaust section remain extremely hot. Any remaining fuel residue or oil vapor can continue to burn or evaporate briefly, producing visible smoke. ✅ Oil Vapor Small amounts of lubricating oil may vaporize when they contact hot bearing compartments or seals. This can create a light white or bluish smoke for a short period. ✅ Moisture Condensation In humid or cold weather, hot air escaping from the engine mixes with cooler ambient air, creating steam that resembles smoke. * When It May Indicate a Technical Issue Aircraft maintenance engineers are trained to distinguish normal residual smoke from abnormal conditions. Excessive or continuous smoke may indicate: * Engine oil leakage into the bearing compartments. * Worn or damaged carbon seals. * Fuel nozzle leakage after shutdown. * Residual fuel pooling in the combustor. * Overheated components following an abnormal engine event. * Bearing compartment ventilation problems. In such cases, the aircraft maintenance manual (AMM), fault isolation manual (FIM), and engine maintenance manual (EMM) provide the troubleshooting procedures before the aircraft is released back into service. * The Engineer’s Perspective As aircraft maintenance professionals, we never rely on assumptions. We evaluate: * Smoke color and density. * Duration after engine shutdown. * Source location. * Oil quantity trends. * Engine parameter history. * Any maintenance messages or fault indications. Every observation is assessed to determine whether it is a normal operating characteristic or a condition requiring further inspection. Not every smoke plume is a defect—but every unusual indication deserves professional attention. That’s what keeps aviation the safest mode of transportation. Experience, technical knowledge, and adherence to maintenance procedures remain the foundation of aircraft safety. #AircraftMaintenance #Aviation #AircraftEngine #JetEngine #MRO
Why Does Smoke Sometimes Come from the Center of a Turbofan Engine After Shutdown? Many aviation enthusiasts notice what appears to be smoke coming from the center of a turbofan engine after the aircraft has parked at the gate. It often raises concerns, but in most cases, this is a completely normal phenomenon. In the image, the visible discharge is coming from the engine exhaust cone (tail cone area). This is commonly referred to as residual burning smoke or heat vapor, and it can occur for several reasons: * Normal Causes ✅ Residual Heat After engine shutdown, internal components such as the combustor, turbine, and exhaust section remain extremely hot. Any remaining fuel residue or oil vapor can continue to burn or evaporate briefly, producing visible smoke. ✅ Oil Vapor Small amounts of lubricating oil may vaporize when they contact hot bearing compartments or seals. This can create a light white or bluish smoke for a short period. ✅ Moisture Condensation In humid or cold weather, hot air escaping from the engine mixes with cooler ambient air, creating steam that resembles smoke. * When It May Indicate a Technical Issue Aircraft maintenance engineers are trained to distinguish normal residual smoke from abnormal conditions. Excessive or continuous smoke may indicate: * Engine oil leakage into the bearing compartments. * Worn or damaged carbon seals. * Fuel nozzle leakage after shutdown. * Residual fuel pooling in the combustor. * Overheated components following an abnormal engine event. * Bearing compartment ventilation problems. In such cases, the aircraft maintenance manual (AMM), fault isolation manual (FIM), and engine maintenance manual (EMM) provide the troubleshooting procedures before the aircraft is released back into service. * The Engineer’s Perspective As aircraft maintenance professionals, we never rely on assumptions. We evaluate: * Smoke color and density. * Duration after engine shutdown. * Source location. * Oil quantity trends. * Engine parameter history. * Any maintenance messages or fault indications. Every observation is assessed to determine whether it is a normal operating characteristic or a condition requiring further inspection. Not every smoke plume is a defect—but every unusual indication deserves professional attention. That’s what keeps aviation the safest mode of transportation. Experience, technical knowledge, and adherence to maintenance procedures remain the foundation of aircraft safety. #AircraftMaintenance #Aviation #AircraftEngine #JetEngine #MRO

About