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GSR Rescue - arriving on site (Pictures of model used for this context shot) - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Disaster Relief Robot -Physical Robot- - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Disaster Relief Robot -Physical Robot- - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Working lights, looks like this one took a hit - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Fuel System - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Disaster Relief Robot -Physical Robot- Fire "Clear Cut" Model by Jordan Guelde - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Disaster Relief Robot -Physical Robot- - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Hands have smaller hands on each finger - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Detail paint to show wear - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Disaster Relief Robot -Physical Robot- - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
my work crew - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Testing the arm for strength - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
legs being built - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Disaster Relief Robot -Physical Robot- - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Disaster Relief Robot -Physical Robot- - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
feet and leg parts - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
leg frame - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Welding the custom frame - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
leg panels being painted - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
Each part was carefully hand painted - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
new parts fresh off the RP machine - This was a senior year independent study, the goal was to design a futuristic robot that would aid humans in dangerous tasks.
This Design is used for large scale disaster relief, such as earthquakes and hurricanes.
The physical model was made using various methods, CNC, ABS rapid prototyping, and hand methods. It contains near 600 parts and took 6 months from sketch to final model.
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GSR RESCUE -Physical Model-
Comments (23)
  • Amazing work Daniel, very inspiring!

    10 years ago

  • Debopam, He was actually a ghillie suit sniper action figure. I re painted him, made him a custom hard hat, and Voila! Work crew!

    10 years ago

  • Superlike!!

    10 years ago

  • This seems pretty small.........how did u get such details........impressive!!

    10 years ago

  • amazing detail parts! I love it!

    10 years ago

Daniel Shankland II
Creative Sculptor at General Motors Ann Arbor, MI