We are Team Peruagus. We aim to design and build the first autonomous vessel capable of crossing the Atlantic within the regulations set by the Microtransat Challenge (May 2017).
The Microtransat Challenge is attempted by several teams every year and has so far not been finished successfully. We aim to change that. Since “the race aims to stimulate the development of autonomous boats through friendly competition”, all attempts are documented thoroughly.
Team Peruagus is made up of 6 fourth year Ship Science students, undertaking this project as our Group Design Project. We are:
Elettra Ganoulis, Team Leader
Julian Niedernaier, Secretary
Adam Alcantara, Marketing and Outreach
Antonio Mazzone Tur, Head of Operations and Production
Nicholas Jones, Marketing and Outreach
Robert Winn, Head of Finances and Procurement
We are designing and manufacturing an autonomous vessel capable of crossing the Atlantic under the regulations of the Microtransat Challenge as our Group Design Project.
The challenge has never been completed, with all previous vessels failing for a variety of reasons. We are carefully analysing the attempts of each previous team, as well as selecting the optimum route, to ensure that our vessel succeeds where all others have failed. We will be designing and building a vessel from the ground up, with each system carefully selected to be both effective and resilient to the conditions it will face in the Atlantic.
We chose this project because it is an epic engineering challenge. Designing an autonomous vessel of this scale - less than 2.4 meters long and capable of withstanding the worst the Atlantic has to offer, all whilst running purely on renewable energy - is a true test of our engineering ability!
If we were to be successful it would be a triumph for both renewable energy and affordable autonomous systems (compared to current commercially available systems). We would be proving that renewable energy is capable of powering systems in the worlds harshest environments. These vessels can be used to monitor climate change and weather patterns. Proving that effective autonomous systems can be affordable will help to drive their development, resulting in more vessels, more measurements and more accurate predictions.
Where will the money go?
We have a small budget from our department, but it is just not enough to ensure the success of this project. If we want to be the first to succeed, we need to have the best components. The money from this project will also mean the components we buy are more environmentally friendly. Your money will go towards:
- Purchasing the most efficient and reliable solar panels from trusted manufacturers
- Using more sustainable and efficient lithium ion batteries instead of lead acid batteries
- Greater redundancy of systems, such as independent dual propulsion and steering systems
- Developing a collision avoidance system based on an Automatic identification system (AIS) unit
- Installing a camera system with the aim of obtaining a time-lapse of the transatlantic crossing
- Possibly fitting data collection systems to obtain weather data
The University has kindly offered to match fund £500 of this project, meaning that we will receive £2 for every £1 you donate.
- Personal acknowledgement and thanks on our social media accounts and on media we produce
- A thank you email along with updates on our progress
- The opportunity to sign the vessel with your name
- A postcard of our project
- 3D printed model of the vessel
Wondering what this vessel will look like? Here is an early concept image of what our vessel might look like
Find us here
Find us on Facebook at https://www.facebook.com/TeamPeruagus
Help us succeed!
- You don't need to give money to help us succeed! Please share this project with anyone you think would support us.
- In fact, share it with everyone you know as we think it's a great idea, and the more people who know about it, the more likely we are to make this work out brilliantly.
- And we know we said you don't need to give money to help us, but we'd love it if you did! Please sponsor us and help make this happen.