ตี้ตี้(Ti-Ti) or Ti is an automated delivery system developed by a small high-school team that can deliver packages anywhere in the world within 24 hours! The Delivery Robot is equipped with a high quality camera and GPS tracking device that allows it to navigate its way through any obstacle or terrain.
Delivery Robot is an autonomous mobile robot developed by a small high-school students. The robot can navigate autonomously through indoor or outdoor environments using its onboard sensors and cameras. It has been used as a testbed for developing new technologies such as navigation algorithms, perception systems, and control software.
- High quality camera and GPS tracker * Can navigate through any obstacle or terrain * Can be controlled remotely via smartphone or pre-program via an app
- Can be programmed to follow a specific route * Can be used as a mobile office * Can be used for deliveries of lage cargo items such as boxes, cargo, groceries, etc.
In addition to its delivery capabilities, the Delivery Robot is also being used as a testbed for developing new technologies such as navigation algorithms, perception systems, and control software. This robot can be controlled remotely via smartphone or pre-programmed via an app, making it highly versatile and able to be used for a wide range of applications. It can be programmed to follow specific routes, used as a mobile office, and even used for the delivery of large cargo items like boxes, groceries, and more.
Overall, the Delivery Robot is a project that is still in the process of being developed, but it has the potential to greatly impact the way we think about delivery and transportation in the future.
The circuit board of the Delivery robot is an integral part of its design and functionality. It's consist of three microcontrollers that are connected and communicate with each other using the I2C protocol. This allows for the efficient exchange of data and information between the microcontrollers, enabling the robot to carry out complex tasks and operations.
In addition, the circuit board is able to connect to a 16-bit camera, which provides the robot with the ability to capture and process high-quality images and video. This can be useful for a variety of applications, such as navigation, object recognition, and environmental sensing. The circuit board's ability to connect to this camera and other sensors and peripherals allows the Delivery robot to gather and process data from its surroundings, enabling it to make decisions and navigate its environment with a high degree of accuracy and reliability. Overall, the circuit board of the Delivery robot plays a crucial role in enabling the robot to function effectively and perform a wide range of tasks.