RoboBee
RoboBee is an autonomous flying microrobot inspired by insect biology, designed for applications requiring access to confined or hazardous spaces. Measuring half the size of a paperclip, it represents a breakthrough in micro-aerial vehicle technology. The robot features bio-inspired wing actuation, advanced sensor integration, and swarm coordination capabilities. Primary applications include search-and-rescue operations in disaster zones, environmental monitoring in inaccessible areas, artificial crop pollination, and surveillance in spaces too small or dangerous for human access. The platform demonstrates capabilities in autonomous flight, underwater-to-aerial transitions, and perching on surfaces using electrostatic adhesion.
Robot Specifications
- Key FeaturesKey Features
- Top Features
- Other Features
Dimensions
1.6 cm height x 3 cm wingspan
Weight
80 mg (Tethered); 175 mg (Hybrid aquatic); 259 mg (Untethered X-Wing)
Speed
3.6 km/h (1 m/s)
Runtime
Limited by tether length (tethered); solar-powered flight duration not specified
Charging Time
Not applicable
Battery Pack
None (External power or 10mg solar panels).
Tethered (power and control signals integrated into main body)
Remote control with real-time wing manipulation; custom control electronics
Battery Life
N/A (Primarily tethered)
Solar cells, electronics panels for untethered flight
Not specified in available documentation
Available Countries
Continuous (Tethered)
Gyroscopes, optical flow sensors, ocelli sensor (insect-inspired horizon detection), accelerometer, magnetometer, inertial motion unit (IMU)
Image Gallery
Below images are from Harvard University (Wyss Institute)'s official sources
Review Videos
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Frequently Asked Questions
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Q1. What is RoboBee, and what problem is it designed to solve?
RoboBee is a microrobot developed at Harvard University's Wyss Institute, inspired by insect flight. It addresses challenges in micro-aerial vehicles for tasks like environmental monitoring and coordinated swarm operations.
Q2. What are the main capabilities and key features of RoboBee?
RoboBee demonstrates untethered flight, hovering, steering, surface perching via electrostatic adhesion, and transitions between swimming and flying. It uses piezoelectric actuators for wing flapping.
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