Want to be a part of the most innovative and sustainable solution for food delivery in Manhattan?

¡MotoClick and its RD2 delivery robot is the place for you!

We have created the first semi-autonomous delivery robot in Manhattan with a social and sustainable focus.

Our goal is to make a positive difference in the world through our technology and our company.

Our goal is to make a positive difference in the world through our technology and our company.

Our robots are specifically designed to quickly and efficiently deliver food in Manhattan. They are equipped with advanced navigation and safety systems, as well as a camera and touchscreen for easy customer interaction. In addition, our robots are sustainable and environmentally friendly, meaning we are making deliveries more efficient and reducing greenhouse gas emissions in the city.

With this new delivery method, local restaurants will reduce their delivery costs by 30%, a benefit that will surely also reach the end customer with lower rates.

WHO ARE WE?

In 2020, the founder of Motoclick lived in Bolivia and ran a company that offered home-delivered restaurants through an app called Patioservice Delivery in Bolivia and Peru since 2015. During the pandemic, he gathered a team of professionals and for over 8 months they worked to create a delivery robot prototype for campus universities and gated neighborhoods with no contact. After much effort and money spent, we were able to launch the prototype and it operated successfully for months.

Juan Pablo Salinas and Angela Castro, leaders of Moto Click and also spouses, decided to move to Manhattan and have been there since 2021. There they developed a technology company that is also a network of delivery runners that works with restaurants to distribute their orders. 

In 2022, we began developing the 2.0 version of our delivery robot, which will be larger and able to safely drive on bike lanes and on the street without damaging the environment, as it is electric. This robot will be equipped with cameras, sensors, and GPS and will be remotely controlled by people with motor disabilities or runners who have suffered traffic accidents and can no longer work. 

We already have the prototype and manuals ready; we just need the resources to be able to build the robots. The electronic components will be purchased and the mechanical part will be manufactured. The total cost of the project is $151,000 x 6 robots. 

Join us and be a part of this project that will have an impact on the most important city in the world!

HOW WAS THE PROJECT BORN?

Our first Rovertito prototype was born in response to the pandemic, when deliveries had to minimize contact with runners as much as possible. But that’s not all, we also wanted to offer a job opportunity to people with motor disabilities who could operate from home and work as runners in Manhattan, this way you could be a remote food delivery runner in Manhattan from anywhere in the world operating through a robot! 

PROJECT STAGES

We have completed all stages of research, design, prototyping, and testing of our project, and now we are ready to manufacture and assemble our first 6 delivery robots. Below we present a summary of each of these stages:

1. Research and analysis

This stage was already invested by our team in 2020 with the launch of 3 Vehicles that ended up operating for 3 months and then were taken to Manhattan, We invested more than $80,000 and 8 months of work with engineers, mechatronics, robotics, drone experts, developers, and industrial engineers among others collaborated in this main stage.

2. Robot design version

During this phase, our team of engineers worked on the design of the delivery robot. This included the selection of materials and components, definition of capabilities and autonomy, the design of the structure, and the implementation of navigation and safety systems.

3. Prototype testing

Once the design of the robot was complete, we built 3 prototypes called Rovertito and tested it in Bolivia. This allowed us to make sure the robot met all operational and safety requirements.

4. Manufacture and assembly of 2.0 robots

Now that we have the tested and finalized design for Manhattan version 2.0, we are ready to manufacture and assemble our first 6 delivery robots. These robots will be called RD2 and will be controlled by operators with motor disabilities from anywhere in the world through our online delivery platform.

5. Field tests

The first prototype is already assembled and is currently in Manhattan, NY. This will allow us to ensure that this project will work correctly and meet all delivery requirements, in this stage we will also fine-tune the robot’s performance and make any necessary adjustments.

6. Implementation

Once the field tests have been completed and all necessary adjustments have been made, we will begin implementing our delivery robots in Manhattan. This will include setting up our online delivery platform, recruiting and training operators, and establishing partnerships with local restaurants.

FEATURES

COMMUNITY

Do you want to be a part of this amazing opportunity to make a positive difference in the world through technology?

Join our KICKSTARTER project and help us make RD2 a reality. With your support, we will be able to manufacture and assemble our first 6 RD2 robots and carry out our operation in Manhattan. Plus, you can be one of the first to experience the Rovertito delivery service and be a part of this technological revolution. Don’t miss out! Join our crowfunding project today and be a part of Motoclick’s history, another way to do delivery!

REWARDS for those who support us

For any contribution, receive a digital photograph of the Robot with the signature of the CEO and founder! And a certificate recognizing your contribution.

To the first 100 with a contribution of $35 or more:

A limited edition T-shirt with a photo of the Rd2 with the signature of the construction and design team.

To the first 100 who contribute $100 or more:

will receive a miniature model of the Robot made in a 3D printer.

All gifts will be sent to all parts of the world!

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