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Tyranno

  



Electric Commercial Vehicle Platform


Futuristic robot designed to comply with the Paris Agreement 

on climate crisis and enhance worker safety. 

It features remote and autonomous driving, 

enabling unmanned operations with up to 80% fuel savings 

and significant carbon emission reduction.

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SD-ATT


Electric Commercial Vehicle Platform


Futuristic robot designed to comply with the Paris Agreement 

on climate crisis and enhance worker safety. 

It features remote and autonomous driving, 

enabling unmanned operations with up to 80% fuel savings 

and significant carbon emission reduction.

Tyranno

Basic  

Capable of carrying up to 10 tons and towing up to 30 tons, such as a 45ft container, Tyranno features a modular upper section that can be customized with robotic arms, cargo spaces, and various tools, akin to building with LEGO. This adaptability makes Tyranno highly versatile for diverse environments such as factories, ports, deserts and etc.


Tyranno uses a commercial 5G network with a customized data protocol and

security, ensuring 115 ms low-latency (glass-to-glass) control and

autonomous driving. Its independent wheel movement allows for

maneuverability in tight spaces. Tyranno not only boosts productivity and

shortens construction times in various industries but also collaborates in

swarms for large cargo transport, providing invaluable innovative opportunities to all construction and logistics companies.

Tyranno
Arm  

Tyranno
Twins  

Philosophy

Global Participation in Comprehensive 
Climate Change Response 



Embracing the significant economic constraints posed by the unique circumstances of the climate crisis within a global long-term low-growth environment, we are committed to actively engaging in the comprehensive, worldwide response to climate change, from the Rio Agreement through the Kyoto Protocol to the Paris Agreement. Our focus is on realizing carbon emission reduction through advancements in mobility technology, thereby contributing to the global effort to combat climate change.






Contributing to Humanity's Economic Advancement through Fuel Efficiency Maximization and Productivity Innovation 



We aim to contribute to humanity's economic advancement by maximizing fuel efficiency and driving productivity innovation. Recognizing the importance of addressing the global long-term low-growth environment and the economic constraints posed by the climate crisis, we prioritize innovations that enhance fuel efficiency and productivity. Through these efforts, we strive to propel economic growth while addressing environmental challenges. 



Application 

Construction

Tyranno is an autonomous PBV that can operate itself. It can also be controlled by an operator from a remote location. By installing a robot arm, storage box, and linker on top of Tyranno, it can be used in various locations such as factories, ports, airports, mines, accident sites, desert construction sites, and space-based construction sites to perform various high-difficulty tasks.

Desert

The Tyranno system is a four-wheel drive that allows all wheels to move independently. This enables various movements such as default driving settings, parallel movement, and rotation in place. Furthermore, the system is designed with high-level water and dust resistance. Tyranno can work both indoors and outdoors, regardless of narrow spaces, rough terrains, or bad weather. It can be effectively used in factories, ports, airports, mines, accident sites, desert construction sites, and space-based construction sites to increase productivity and significantly shorten the completion period.

Delivery

Tyranno is a vehicle designed to function effectively in tough outdoor environments, in contrast to existing automatic guided vehicles (AGVs) and autonomous mobility robots (AMRs) that can only be used indoors. Tyranno exterior design balances a sleek urban style with rugged two-toned cladding that emphasizes its off-road capabilities.

Ship

Tyranno is designed to be deployed and operated in disaster relief sites that are extremely dangerous and inaccessible. The operators can board the cockpit in a safe area and use a depth camera and LiDAR to view the scene. By controlling the robot arm like their own hands and feet, the operators can save lives. Tyranno allows the stacking of different work modules on a single platform. Users can carry out various construction tasks without the need for a variety of equipment. This is a crucial consideration as heavy equipment is both expensive and dangerous to transport in harsh environments.