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Introducing Project TITAN

Redefining exploration with advanced navigation, real-time GPS tracking, and intelligent obstacle avoidance. Engineered for precision and built with a rugged, weather resistant chassis designed to conquer any terrain and perform flawlessly in the toughest conditions.

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Project Summary

Embark on an exciting engineering challenge with our Hyperion Autonomous Rover. Pushing the boundaries of robotics, this project challenges students to design, build, and test an autonomous rover capable of navigating rough terrain, avoiding obstacles, and reaching precise GPS waypoints. With real-world constraints like RF communication and weather resistance, the rover must perform mission-critical tasks with accuracy and efficiency.

Project Requirements
Autonomous Navigation
Obstacle Avoidance
Payload Handling
GPS Navigation
RF Communication
Weather Resistant
Weight Limit of 4 lbs
Speed & Navigation Accuracy
Distance Capability
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Engineering Specs
Distance Capability
Time Restrictions
Travel Accuracy
RF Communication
Obstacle Avoidance
GPS Communicaiton
Drop Test
Drop Test
Weight Limit
Water Resistance
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Built for the Unknown

Autonomous Navigation & Obstacle Avoidance

Advanced GPS & RF Communication

Rugged Chassis & Mission-Ready Design

Precision Payload Handling

Hyperion Model

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