Bart hid the criminal

Показать описание

#lol

MOVIE TART

Рекомендации по теме

Комментарии

The fact that Wiggum knew Bart’s name instantly proves how many times he got in trouble

travjt

BART BART, we are in…. Whatchamacallit? Oh, a pursiut!😂

ronnyeditsoncc

Bro didn't even give him the candy 😭😭😭

WaterIsCrunchey

The "oh.. not tottally.." sounded like Bob imo and i screamed in fear.

HanselXDD

S - "You are SOO DEAD little dude"
S - "Daddy would like a word with you Barty"
S - "The kids gotta d. i. e"
H - "But I love my son"
S - "More than a lush head of hair?!"
H - "DON'T MAKE ME CHOOSE"

Just a few quotes from another episode that makes this episode here ironic.. Especially because it's in a treehouse 🤣

wildone

That controller looks like the revised og xbox controller with the stick placement of an actual PS

ES_

“We got the ps4 at home” the ps4 at home

high_spongy-bob

Mama I'm a criminal ahh moment 💀💀💀

camdynrotunno

The real crime was giving bart a play stadium 4 instead of a play station 4😂

TheUnknown

"I've only committed this robbery"💀 edit MOM I'M FAMOUS

HunterBlacketer

that criminal looks like #bullbrawlstars

Boon-

To make this step-by-step process super advanced, incorporating the most cutting-edge innovations and futuristic technologies, here’s how the F-22 Raptor would evolve:

1. Concept and Ultra-Advanced Design
• AI-Assisted Design: Use artificial intelligence to generate optimized airframe structures, reducing drag and increasing stealth automatically.
• Quantum Computing Simulations: Run quantum simulations for materials, aerodynamics, and electromagnetic stealth performance.
• Morphing Airframe: Design a flexible airframe that adjusts shape in real-time for different flight conditions.

2. Next-Generation Materials
• Self-Healing Materials: Use nanomaterials that can repair themselves after damage (e.g., cracks or scratches).
• Meta-Materials: Implement materials that bend light and electromagnetic waves for near-invisibility.
• Graphene Integration: Add graphene-based composites for unparalleled strength-to-weight ratios.

3. Advanced Prototyping
• Digital Twins: Create virtual replicas of the jet to simulate every flight scenario, avoiding physical prototyping.
• 4D Printing: Manufacture components that change their properties or shape when exposed to heat, pressure, or electromagnetic signals.

4. Hyper-Precision Manufacturing
• Robotic Assembly: Use AI-powered robots for assembly with micrometer precision.
• Atomic-Level Coatings: Apply stealth coatings at the atomic level for better durability and radar absorption.
• Carbon-Neutral Processes: Utilize green manufacturing methods for sustainability.

5. Assembly Using Advanced Techniques
• Integrated Quantum Sensors: Add sensors that can detect minute environmental changes for unmatched situational awareness.
• Wireless Systems: Eliminate wired components for lightweight and interference-free performance.
• Adaptive Cockpit: Install holographic interfaces powered by neural links, allowing pilots to control the jet with thoughts.

6. Ultra-Advanced Systems Integration
• AI Combat Systems: Integrate an AI that can autonomously engage in dogfights or collaborate with drones in swarm tactics.
• Energy Weapons: Equip directed-energy weapons like laser cannons for precision strikes.
• Self-Learning Avionics: Use machine learning for avionics to improve performance and adapt during missions.

7. Hyper-Testing
• Simulated Battlefields: Test performance in a mixed-reality environment with AI-generated combat scenarios.
• Smart Engine Testing: Evaluate engines with real-time adaptive thrust modulation and fuel efficiency optimization.
• Hypersonic Stress Tests: Push speeds above Mach 5 while testing structural integrity.

8. Final Enhancements
• Integrated Counter-Attack Systems: Use real-time AI-driven countermeasures against missiles, radar locks, or EMPs.
• Dark Energy Propulsion: Research next-gen propulsion like antimatter or dark energy systems for near-unlimited range.
• Solar Charging: Include photovoltaic skin panels for additional energy sources.

9. Deployment
• Drone Fleet Coordination: The F-22 controls an autonomous swarm of drones for tactical advantages.
• Global Positioning Beyond GPS: Use quantum positioning systems (QPS) for navigation unaffected by GPS jamming.
• Space Readiness: Adapt jet for exoatmospheric missions if needed.

This version of the F-22 Raptor would be a leap into the future, making it not just a fighter jet but an AI-driven, self-healing, stealth-dominant, hypersonic beast capable of dominating. Now give me likes if you want to ❤️

shylohrodriguez