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How to Engineer Humanoid Robot For Stupid Fucks 101
Duration: 0:18
Views: 3
Submitted: 17 hours ago
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Description:
I actually have a robot a planted in one of the buildings I own as a free gift for idiots who burglarized my properties. What they don’t know is the second they power up my cool robot to ride the robot will SNAP THEIR FUCKIN SOINE CLEAN IN HALF!
Okay, now that You know what I use some of my robots for, lemme show you how easy it is to assfuck Elon the Trump cocksucker and you build your own FROM FUCKIN SCRATCH!
I should Mention that if you attend any of American institutions of higher learning, American stupid fucks tend to over complicate and their humanoid robot engineeribg is a multidisciplinary endeavor that combines their mechanical engineering department, electronics Department, artificial intelligence (AI) department, materials science procurement department, and neuroscience.
Now Inwillnshow You how To fuck all of that with my step-by-step framework for constructing a functional humanoid, including key challenges you will face and how to overcome them with various technologies…
B4 YOU BUILD Any Robot You MUST Define Purpose & Specifications?
Specify Use Case Stupid Fucks, NOW! Just kidding! lol!
- Research (e.g., Boston Dynamics' Atlas for Examole..)
- Service (e.g., hospitality, healthcare, YOUR RESTAURANT to replace stupid human fucks?)
- Companionship? (Fuck buddy? e.g., Sophia by Hanson Robotics)
- Next You MUST Soecify Key Specifications;
- Height/weight (e.g., 160 cm, 75 kg)
- Degrees of Freedom (DoF): 20–40 joints for human-like motion
- Power source (batteries, fuel cells)
- Autonomy level (remote-controlled, semi-autonomous, fully autonomous)
ARE YOU CATCHING THE VISION YET? IT COULD BE WEAPONIZED AND SHOOT FIREARMS BY THE WAY AND DISCHARGE LASERS COMCEALEDMON CABITY BUT LET’s keep goin..
Next We Do Mechanical Design?
A. Skeleton & Joints?
Materials? Lightweight alloys (aluminum, titanium), carbon fiber, or 3D-printed polymers? You get to go LOCO on this fucker!
Joint Mechanisms? (It’s a HUMANoid so replicate human skeleton you dumb low IQ’d fuckin bitches!
- Rotary joints (like human shoulders, hips)
- Linear actuators (knees, elbows)
- Spherical joints (neck, wrists)
- Degrees of Freedom (DoF for short)
- Example: A human-like arm requires 7 DoF (3 shoulder, 1 elbow, 3 wrist). Get’n it you retarded fuckheads?
We Do Actuators Next…
Our Electric Motors?
- Servo motors (precise control)
- Stepper motors (high torque)
- BLDC motors (efficiency)
- Hydraulic/Pneumatic Systems (for strength, e.g., Boston Dynamics' Atlas so fuck BOSTONIAN BASTARDS, but: “do you want to infuse your humanoid with AI for security guard application? Then you want it to be able to snap and crush human bone in which case you want hydraulic pneumatic systems — duh!
- Artificial Muscles?
- Electroactive polymers (EAPs)
- Shape-memory alloys (SMAs)
Next Let’s Do End Effectors:
Our Humanoid Hands?
- Underactuated grippers (simple tasks)
- Anthropomorphic hands with tactile sensors (e.g., Shadow Robot Company for Example…)
Humanoid Feet?
- Force-sensitive resistors (FSR’s) for balance is a must in this case..
Next We Do Sensory Systems:
Humanoid’s Vision?
Cameras? Stereo RGB-D cameras (e.g., Intel RealSense) for depth perception.
And LiDAR — For 3D mapping and navigation.
Now Let’s Infuse with Facial Recognition —IR sensors or neural networks. Too deep of a tooic, look up on web but if you can’t find anything hit me up for step by step..
Touch Capability…
Tactile Sensors: Piezoelectric/piezoresistive arrays in skin.
Force-Torque Sensors — In joints for feedback.
Proprioception Next…
IMUs (Inertial Measurement Units) — Accelerometers, gyroscopes.
Encoders — Track joint angles.
Environmental Sensing Next…
Microphones (voice interaction)
Gas/temperature sensors (hazard detection)
Now We Focus On Control Systems..
Hardware…
Central Processing:
Microcontrollers (Arduino, Raspberry Pi for basic tasks
— Amazon cheap as fuck…)
FPGAs/GPUs (real-time AI processing)
Communication —- CAN bus, ROS (Robot Operating System).
Software Hou Need:
Locomotion:
- Inverse kinematics (joint movement planning)
- Dynamic balancing algorithms (e.g., Zero Moment Point control)
Next I Show You AI & Machine Learning:
- Reinforcement learning for gait optimization
- SLAM (Simultaneous Localization and Mapping) for navigation
Human Interaction:
- NLP (Natural Language Processing) for speech
- Emotion recognition (e.g., Affectiva’s AI)
Next We Juice The Fucker With Power Systems:
Batteries? High-density Li-ion or solid-state batteries.
Energy Recovery? Regenerative braking in joints and the more we can recover the longer our humanoid stays juiced up.
Power Management? Efficient DC-DC converters, sleep modes.
Out Humanoid’s Artificial Intelligence Integration:
Cognitive Architecture?
- Symbolic AI (rule-based decision-making)
- Neural networks (deep learning for adaptation)
- Autonomy Stack:
- Perception → Planning → Execution loops
- Ethical decision-making frameworks (e.g., Asimov’s Laws What Else Duh?)
Fun Begins With Testing & Iteration Phase:
Simulation? I Use tools like Gazebo or MuJoCo to test movements.
Prototyping? 3D-print parts is cheapest and fully customizable so I highly recommend you choose this option, test actuators/sensors.
Human-Robot Interaction (HRI is the three letters
You need to remember so you can keep
Making it better and scale your builds.. Trials? Refine responsiveness and safety.
Not For Personal? You Goin Commercial? Then We Must Cover Ethical & Safety Considerations OTHERWISE IGNORE!
Safety?
Incorporate Emergency stop mechanisms (power
Kill switch you dumb bitch..)
Compliance control? (to prevent harm during collisions with humans or cars, animals, you fuckin name it…
Ethics?
Privacy (data collection from sensors)
Job displacement concerns
AI alignment (ensuring goals match customers/human values)
Key Challenges YOU Will FACE!
1. Energy Efficiency — Humanoids consume significant power (e.g., Atlas: for example — 3 kW).
2. Your FUCKIN Cost During Trump Tariff Period: Advanced models exceed $1M (e.g., Honda’s ASIMO) so simplify because less is more..
3. Durability: Wear-and-tear on joints/motors
so have extras on hand..
4. Public Acceptance: HUMANS Fear of autonomous humanoids (the "uncanny valley" Form example so guard yours so nobody sabotage)
Tools & Resources — what I use:
Software: ROS, PyBullet, TensorFlow, OpenAI Gym.
Hardware:Dynamixel servos, NVIDIA Jetson for edge AI.
Research: OpenAI, MIT CSAIL, Stanford Robotics Lab.
My Future Directions as an Examole?
Neuromorphic Engineering — Brain-inspired chips (e.g., Intel Loihi).
Soft Robotics — Flexible, adaptive materials.
Swarm Robotics — Coordination between multiple humanoids for sole purposes of targeting American g-faggot agent stalkers and their enemy citizen accomplices.
If you get stuck with a specific subsystems and can’t figure it out hit me up for free tips in the fuckin comments section..
See how easy this stupid shit is…
And you don’t even need stupid college to get this done, duh!
Okay, now that You know what I use some of my robots for, lemme show you how easy it is to assfuck Elon the Trump cocksucker and you build your own FROM FUCKIN SCRATCH!
I should Mention that if you attend any of American institutions of higher learning, American stupid fucks tend to over complicate and their humanoid robot engineeribg is a multidisciplinary endeavor that combines their mechanical engineering department, electronics Department, artificial intelligence (AI) department, materials science procurement department, and neuroscience.
Now Inwillnshow You how To fuck all of that with my step-by-step framework for constructing a functional humanoid, including key challenges you will face and how to overcome them with various technologies…
B4 YOU BUILD Any Robot You MUST Define Purpose & Specifications?
Specify Use Case Stupid Fucks, NOW! Just kidding! lol!
- Research (e.g., Boston Dynamics' Atlas for Examole..)
- Service (e.g., hospitality, healthcare, YOUR RESTAURANT to replace stupid human fucks?)
- Companionship? (Fuck buddy? e.g., Sophia by Hanson Robotics)
- Next You MUST Soecify Key Specifications;
- Height/weight (e.g., 160 cm, 75 kg)
- Degrees of Freedom (DoF): 20–40 joints for human-like motion
- Power source (batteries, fuel cells)
- Autonomy level (remote-controlled, semi-autonomous, fully autonomous)
ARE YOU CATCHING THE VISION YET? IT COULD BE WEAPONIZED AND SHOOT FIREARMS BY THE WAY AND DISCHARGE LASERS COMCEALEDMON CABITY BUT LET’s keep goin..
Next We Do Mechanical Design?
A. Skeleton & Joints?
Materials? Lightweight alloys (aluminum, titanium), carbon fiber, or 3D-printed polymers? You get to go LOCO on this fucker!
Joint Mechanisms? (It’s a HUMANoid so replicate human skeleton you dumb low IQ’d fuckin bitches!
- Rotary joints (like human shoulders, hips)
- Linear actuators (knees, elbows)
- Spherical joints (neck, wrists)
- Degrees of Freedom (DoF for short)
- Example: A human-like arm requires 7 DoF (3 shoulder, 1 elbow, 3 wrist). Get’n it you retarded fuckheads?
We Do Actuators Next…
Our Electric Motors?
- Servo motors (precise control)
- Stepper motors (high torque)
- BLDC motors (efficiency)
- Hydraulic/Pneumatic Systems (for strength, e.g., Boston Dynamics' Atlas so fuck BOSTONIAN BASTARDS, but: “do you want to infuse your humanoid with AI for security guard application? Then you want it to be able to snap and crush human bone in which case you want hydraulic pneumatic systems — duh!
- Artificial Muscles?
- Electroactive polymers (EAPs)
- Shape-memory alloys (SMAs)
Next Let’s Do End Effectors:
Our Humanoid Hands?
- Underactuated grippers (simple tasks)
- Anthropomorphic hands with tactile sensors (e.g., Shadow Robot Company for Example…)
Humanoid Feet?
- Force-sensitive resistors (FSR’s) for balance is a must in this case..
Next We Do Sensory Systems:
Humanoid’s Vision?
Cameras? Stereo RGB-D cameras (e.g., Intel RealSense) for depth perception.
And LiDAR — For 3D mapping and navigation.
Now Let’s Infuse with Facial Recognition —IR sensors or neural networks. Too deep of a tooic, look up on web but if you can’t find anything hit me up for step by step..
Touch Capability…
Tactile Sensors: Piezoelectric/piezoresistive arrays in skin.
Force-Torque Sensors — In joints for feedback.
Proprioception Next…
IMUs (Inertial Measurement Units) — Accelerometers, gyroscopes.
Encoders — Track joint angles.
Environmental Sensing Next…
Microphones (voice interaction)
Gas/temperature sensors (hazard detection)
Now We Focus On Control Systems..
Hardware…
Central Processing:
Microcontrollers (Arduino, Raspberry Pi for basic tasks
— Amazon cheap as fuck…)
FPGAs/GPUs (real-time AI processing)
Communication —- CAN bus, ROS (Robot Operating System).
Software Hou Need:
Locomotion:
- Inverse kinematics (joint movement planning)
- Dynamic balancing algorithms (e.g., Zero Moment Point control)
Next I Show You AI & Machine Learning:
- Reinforcement learning for gait optimization
- SLAM (Simultaneous Localization and Mapping) for navigation
Human Interaction:
- NLP (Natural Language Processing) for speech
- Emotion recognition (e.g., Affectiva’s AI)
Next We Juice The Fucker With Power Systems:
Batteries? High-density Li-ion or solid-state batteries.
Energy Recovery? Regenerative braking in joints and the more we can recover the longer our humanoid stays juiced up.
Power Management? Efficient DC-DC converters, sleep modes.
Out Humanoid’s Artificial Intelligence Integration:
Cognitive Architecture?
- Symbolic AI (rule-based decision-making)
- Neural networks (deep learning for adaptation)
- Autonomy Stack:
- Perception → Planning → Execution loops
- Ethical decision-making frameworks (e.g., Asimov’s Laws What Else Duh?)
Fun Begins With Testing & Iteration Phase:
Simulation? I Use tools like Gazebo or MuJoCo to test movements.
Prototyping? 3D-print parts is cheapest and fully customizable so I highly recommend you choose this option, test actuators/sensors.
Human-Robot Interaction (HRI is the three letters
You need to remember so you can keep
Making it better and scale your builds.. Trials? Refine responsiveness and safety.
Not For Personal? You Goin Commercial? Then We Must Cover Ethical & Safety Considerations OTHERWISE IGNORE!
Safety?
Incorporate Emergency stop mechanisms (power
Kill switch you dumb bitch..)
Compliance control? (to prevent harm during collisions with humans or cars, animals, you fuckin name it…
Ethics?
Privacy (data collection from sensors)
Job displacement concerns
AI alignment (ensuring goals match customers/human values)
Key Challenges YOU Will FACE!
1. Energy Efficiency — Humanoids consume significant power (e.g., Atlas: for example — 3 kW).
2. Your FUCKIN Cost During Trump Tariff Period: Advanced models exceed $1M (e.g., Honda’s ASIMO) so simplify because less is more..
3. Durability: Wear-and-tear on joints/motors
so have extras on hand..
4. Public Acceptance: HUMANS Fear of autonomous humanoids (the "uncanny valley" Form example so guard yours so nobody sabotage)
Tools & Resources — what I use:
Software: ROS, PyBullet, TensorFlow, OpenAI Gym.
Hardware:Dynamixel servos, NVIDIA Jetson for edge AI.
Research: OpenAI, MIT CSAIL, Stanford Robotics Lab.
My Future Directions as an Examole?
Neuromorphic Engineering — Brain-inspired chips (e.g., Intel Loihi).
Soft Robotics — Flexible, adaptive materials.
Swarm Robotics — Coordination between multiple humanoids for sole purposes of targeting American g-faggot agent stalkers and their enemy citizen accomplices.
If you get stuck with a specific subsystems and can’t figure it out hit me up for free tips in the fuckin comments section..
See how easy this stupid shit is…
And you don’t even need stupid college to get this done, duh!
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