Soft Robotics Designer

Design Robots That Bend, Stretch & Grip Like Nature! πŸ¦‘

Create soft robots inspired by MIT CSAIL research. Unlike rigid metal robots, soft robots are made from flexible silicone - they can squeeze through gaps, handle eggs without breaking them, and work safely alongside humans.

🦾 The Future of Robotics is Soft!

From MIT labs to your screen - experience the next revolution in human-robot interaction

900%
Max stretch ratio
350 kPa
Operating pressure
50N
Grip force
10K+
Cycle lifetime

πŸ€” What Is a Soft Robot?

Think of an octopus - no bones, yet incredibly capable! Soft robots are like that: made from squishy silicone instead of rigid metal. They can squeeze through tight spaces, handle delicate eggs without cracking them, and give you a gentle hug without hurting you!

Why does this matter?

Soft robots are transforming these fields:

πŸ₯

Medical Surgery

Soft tools that won't damage delicate tissue

πŸ…

Food Handling

Pick tomatoes and eggs without bruising

🚨

Search & Rescue

Squeeze through rubble to find survivors

🦿

Wearable Exosuits

Help people walk again after stroke

🐠

Ocean Exploration

Soft robotic fish for marine research

πŸ‘΄

Elderly Care

Safe companion robots for seniors

πŸš€ 3-Minute Soft Robot Journey

Step 1: Choose a body shape (30s)

Step 2: Add actuators (45s)

Step 3: Set pressure (30s)

Step 4: Watch it move! (45s)

πŸ¦‘ Body Design

πŸ’¨ Actuator Type

πŸŽ›οΈ Basic Controls

Pressure 100 kPa
Inflation Speed 500 ms

πŸ“Š Live Simulation Stats

Pressure
0 kPa
Bending
0Β°
Grip Force
0 N
Strain
0%
Body: Gripper
Actuator: Pneumatic
Pressure: 0 kPa

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