We are a nonprofit organization dedicated to the future of mobility. We see tunnels as a technology destined for disruption and want to shape the future of tunneling with innovative concepts. We aim to build the world’s fastest tunnel boring machine (TBM) and are the winners of Elon Musk’s Not-a-Boring Competition 2021, where we competed together with the Technical University of Munich. Our initiative has been featured in many different newspapers and on various podcasts.
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Driven by the desire to push today’s status quo of the tunnel boring technology, Elon Musk and his tunnel boring company “The Boring Company” announced the Not-a-Boring Competition in July 2020, challenging students from around the world to design and build a tunnel boring machine, that would bore tunnels faster than a snail could crawl. Elon Musk already hosted four SpaceX Hyperloop Pod Competitions in California, all of which students from TUM won. In order to compare the machines, the teams then raced their tunnel machines at the competition finals in Las Vegas in September 2021.
Currently, we are building the second generation tunnel boring machine to compete at Not-a-Boring Competition 2023!
Because we are all about tunnel boring, what did you think? We believe that our project is actually pretty exciting and are glad that others (media outlets and industrial partners) see it our way.
We want to shape the future of mobility. Thus, we participate in the international “Not-a-Boring Competition”.
Tunnels solve many of today’s pressing mobility issues, including the most notorious one, congestion. They can be used for innovative concepts such as Loop or Hyperloop. Individualized point-to-point transportation without intermediate stops allows for unprecedented travelling speeds, comfort and flexibility.
With our tunnel boring machine, we want to make a technical contribution to help realize visionary projects in the future. Furthermore, we want to represent our university and Munich as a place for innovation and technology.
Our most noteworthy achievement is building an impressive tunnel boring machine (TBM) and winning the “Not-a-Boring Competition”, which was held in the US in September 2021. We have been selected as one of twelve teams among approximately 400 competitors. But that’s not all. We have acquired a substantial amount of financial support from industrial partners that covers our construction and transportation costs. We have successfully launched a crowdfunding-campaign. And we have been featured in many media outlets, including FAZ, Süddeutsche Zeitung, Handelsblatt, Frank Thelen’s podcast, Bayerischer Rundfunk.
Our more than 60 members come from 16 countries. Most of us are students at TUM. We believe in an inter- and multidisciplinary approach: our academic backgrounds vary considerably, just like our functions at TUM Boring (divided technical sub teams and Operations). We are united by a passion for innovation and technology. Many of our members have been very active and successful in these areas for a long time.
Due to the advanced stage of this year’s project, we do not recruit new members at the moment. But keep an eye open for a potential next round after the competition finals!
The “Not-a-Boring Competition” is a competition initiated by The Boring Company (TBC) that challenges teams from around the world to come up with tunneling solutions that (1) increase speed and (2) reduce the cost of construction.
Out of 400 competing teams, 12 have been selected (based on a convincing technical concept) to enter the finals, which has taken place in the US in September 2021.
The participating teams must bore a 30-meter tunnel with a 0.5-meter diameter. Their performance will be judged on the time to complete the tunnel and the driving surface (a remote controlled car will drive through the tunnel) as well as the accuracy of the guiding system.
The twelve finalists are:
This slogan refers to a key problem of today’s construction: Currently, tunnel boring machines are only able to dig approximately 20 to 50 meters a day. This is more than ten times slower than a snail crawls per day. The teams are challenged to catch up to the snail by facilitating and speeding up the tunnel boring process.
Let Congestion be a thing of the past.
Tunnels help solve many of today’s pressing mobility issues, including the most notorious one, congestion. They can be used for innovative concepts such as Loop or Hyperloop. Individualized point-to-point transportation without intermediate stops allows for unprecedented travelling speeds, comfort and flexibility. Making mobility three-dimensional is a necessity for more efficient and less time-consuming transportation.
Increase Quality of Life.
In times when recreational and green spaces are limited and when we are constantly exposed to noise and pollution created by excessive traffic, taking transportation underground can substantially increase our quality of life. Former roads can be transformed into green spaces, specifically adapted to the needs of cyclists, pedestrians and local communities in general.
In order to be able to finance construction and transportation to the U.S., we are dependent on external financial support.
Our industrial partners as well as friends & supports can be found here: https://tum-boring.com/our-partners. We are very grateful for their support!
Additionally, we have launched a crowdfunding campaign.
The TUM has been behind us from day one. TUM President Prof. Dr. Hofmann supports us as Patron of our project. Additionally, Prof. Dr.-Ing. habil. Fillibeck offers advice as our faculty advisor.
While TUM Hyperloop is now focusing on research for a full-scale hyperloop system, TUM Boring – Innovation in Tunneling e.V. is a newly founded non-profit organization. Nevertheless, we are generously supported by the leads and members of the TUM Hyperloop (formerly WARR Hyperloop) Teams and are very grateful for that!
Tum Boring has 2 Bachelor’s theses available from Chair of Soil Mechanics and Foundation Engineering, Rock Mechanics and Tunneling for Civil Engineering students!
The bachelor thesis is a student’s first scientific research project on a very limited topic. The thesis must be completed within a period of 5 months. The bachelor thesis is evaluated with 9 ECTS. Please refer to your subject examination regulations for more details.