RubbleBot 2.0
Small bot. Big help. Responds to screams under debris, navigates confined voids, and delivers survival aid.
How RubbleBot 2.0 Works
From acoustic scream triangulation to compact payload delivery under collapsed structures, explore the three-phase search-and-rescue sequence.
Acoustic Scream Detection
Acoustic scream detection via onboard sound sensors monitors frequencies to isolate emergency calls for help through dense debris.
Autonomous Pathfinding
Autonomous pathfinding beneath tight rubble navigates narrow voids and structural pockets to chart a safe vector directly toward the victim.
Payload Deployment & Signaling
Payload deployment and beacon signaling delivers critical first-aid supplies while transmitting continuous telemetry and locator pulses.
Rapid Autonomous Response
Tested for confined-space rubble navigation and immediate voice localization.
ENGINEERING SCHEMATIC ARCHIVE // REV 2.0
Technical Specifications
Orthographic layout of RubbleBot 2.0. Calibrated dimensions, sensor positioning, and survival payload components.
Curved Debris Shield & Ultrasonic Array
Orange deflector pushes rubble while ultrasonic transducers detect narrow gaps.
Medical Kit & Traction Drivetrain
Compact chassis with high-torque gearmotors and sealed first-aid pod.
Acoustic Sensor Bed & Heat Scanner
Top-mounted directional microphone receiver triangulates human distress calls.
mBot Aluminum Chassis & Battery Core
Reinforced orange anodized frame housing micro-controller and telemetry link.
FLIR Lepton Core
• Detects trapped body heat in darkness
• Compact lightweight structure
• Isolated on cardboard podium
HOW IT HELPS
Field Deployment Test
Small enough to fit under debris. Strong enough to make a difference.
Engineered for High-Risk Debris Rescue
RubbleBot 2.0 combines acoustic scream detection with a low-profile chassis to reach survivors when heavy rescue machinery cannot enter.
The Creators of RubbleBot 2.0
Meet the four student engineers combining robotics mechanics, acoustic signal code, sensor precision, and rapid chassis fabrication to build our lifesaving rescue mBot.
Architects the dual-drive powertrain, modular chassis layout, and motor torque profiles for maneuvering rubble voids.
Develops the autonomous scream-triangulation logic, firmware control loops, and threshold noise filtering on mBot.
Calibrates microphone array sensitivity, ultrasonic obstacle rangefinders, and real-time survivor proximity metrics.
Prototypes the impact-resistant curved orange debris deflector shield, lightweight cardboard mounts, and emergency payload bay.
Support RubbleBot 2.0: Mentorship, Testing & Hardware Backing
Built under the ethos “small bot. Big help,” our student engineering team invites STEM mentors, robotics judges, and frontline emergency responders to test our acoustic scream-detection payload and accelerate next-generation disaster field revisions.
Guide our structural CAD revisions, sensor calibration, and PCB routing.
Host RubbleBot 2.0 in simulated debris fields and acoustic testing arenas.
Support micro-controller expansion, microphone arrays, and chassis materials.
Partner with the Development Team
Request a live demonstration, join as a technical mentor, or explore hardware sponsorship for RubbleBot 2.0.