I Pretended To Accidentally Live Stream

Under one day team

☝ Who's neieds RBX today July 9 2026?💝

7:12 u can see Cruz typed in the chat

under 10 hours 👇

He looks like he’s about to fall asleep. That was me.

Kaye you love pranking people

40 seconds team. 👇

under a quarter of a day (6h) 👇

Under an hour! 👇🤪🤪😜

Under an hour 👇🏼

40 seconds team. 👇.

*Bello* will never get old

2:02 u can see someone say gay here

40 seconds team. 👇....

You scare me, bro I’m like one of your biggest fans. I watch you every day and I thought you were actually hacking and I thought I was watching the hacker but thank you for making this video.

Bro I watched that live stream 0:56 lol 😂

Here is how to make an Airbus easy step very easy step and it s cheap as well first Design the aircraft. Define the aerodynamic shape, weight targets, passenger capacity, range, structural loads, and safety requirements. Engineers model airflow, fatigue, vibration, bird strikes, lightning, emergency loads, and thousands of possible failures. Engineer the structure. Calculate the fuselage frames, skin thicknesses, wing spars, ribs, pressure bulkheads, tail structure, and landing-gear attachment points. Every critical component needs documented materials and manufacturing tolerances. Make structural materials. Produce aerospace-grade aluminium alloys, titanium parts, steels, and composites. Materials are inspected for internal defects and tracked through the manufacturing system. Form the fuselage panels. Large sheets are machined and shaped into curved sections. Openings for windows and doors are produced, reinforcement is added, and panels are joined into cylindrical fuselage sections. Manufacture the wings. Build the main load-bearing wing box from spars, ribs, and skins. Produce the leading and trailing edges, then integrate moving surfaces such as flaps, slats, spoilers, and ailerons. Build the tail. Manufacture the vertical and horizontal stabilizers and integrate the rudder and elevators. Produce landing-gear structures. Manufacture high-strength components using forging, machining, heat treatment, surface treatment, and extensive inspection. Install aircraft systems. Route electrical wiring, hydraulic lines, fuel plumbing, ventilation ducts, sensors, flight-control systems, fire detection, communications, and avionics through the unfinished structure. Join the major structures. Align the fuselage sections precisely, join them into the complete body, attach the wings and tail, and verify the aircraft’s geometry. Finish the aircraft. Install the cockpit, insulation, interior panels, seats, emergency equipment, cargo systems, doors, landing gear, and engines. Test it extensively. Check structural integrity, pressurization, hydraulics, electrical systems, flight controls, fuel systems, software, brakes, emergency systems, and engine operation. A new aircraft design also undergoes a much larger certification program before carrying passengers.

2:54 OOOHHHH IM SCREAMINGGGGGGGGG, IS THAT ME???????!!!!!!

I'm a huge fan, Kaye

1:41 what do you mean 4 millions