MULTI-MODE CONVERTIBLE VEHICLE

Smart overview of the Invention

A novel vehicle design allows for motorized travel across multiple environments: air, land, water, and underwater. This multi-mode vehicle features a unique system that enables seamless transitions between different modes of locomotion, enhancing its versatility for various applications such as exploration, monitoring, and rescue operations.

Propulsion System

The vehicle is equipped with pivoting propulsion motors that facilitate the conversion from one mode of travel to another. Each propulsion unit consists of a propeller and a wheel, both of which can be engaged or disengaged depending on the desired mode. The propulsion units are connected to the vehicle body via support arms and can pivot to adjust their orientation for optimal performance in different environments.

Design Features

• Articulated vehicle body for improved maneuverability.
• Multiple propulsion units for enhanced stability and control.
• Engagement mechanisms between propellers and wheels to optimize energy use.
• Neutral buoyancy in water for effective aquatic travel.

Operational Methods

The vehicle can be operated by determining the desired mode of locomotion and adjusting the pivot positions of the propulsion units accordingly. Modes include aerial (vertical axis), terrestrial (horizontal axis), and aquatic (combination of both). Additional controls manage various aspects such as travel path, velocity, and object detection to ensure safe operation.

Potential Applications

This convertible vehicle design holds promise for a wide range of uses, including military operations, search and rescue missions, environmental monitoring, and data acquisition. Its ability to operate efficiently across different terrains makes it an invaluable tool for both commercial and governmental purposes.