Zenno / Brand Identity №1 / 2022
Archive — first iteration of Zenno’s brand identity in real life, stitched into the lab coats of engineers. Auckland, 2022. The foundational glyph.
@arshavsky
Ambassador Osawa was impressed by one of the latest developments of the space engineering.
He visited ZENNO Astronautics in Auckland, a developer of superconducting electromagnet technology for more efficient and precise satellite operation.
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Actually, Zenno has some connection with 🇯🇵:
(1) the core material of their technology, superconducting tape is made by a Japanese manufacturer
(2) Zenno is partly funded by Japanese companies.
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Look, compared to a conventional copper coil (upper), their superconducting electromagnet (lower right, of the same magnetic power) is much smaller and lighter, as Ambassador shows in the picture.
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He hopes this technology will be utilised for the development of space industry, including Japanese satellite companies.
We've recently secured investment from All Nippon Airways (ANA Holdings) and Mitsubishi Electric, facilitated through Japan's top VC firm, Global Brain.
This investment enables Zenno Astronautics to fully deploy Z01, marking it the world's first superconducting product designed for use in space.
Superconductors will revolutionize how humanity utilizes space resources, directly in space, thereby reducing our dependency on Earth. This step is crucial for expanding life into the cosmos.
Currently, we face three primary challenges:
1. Dependence on finite, Earth-derived fuels for space transportation: This restricts the extent and sustainability of space travel.
2. Radiation damage to electronics and human tissues: This limits our ability to maintain a continuous human presence in space.
3. Our inability to conduct routine and reliable in-space operations: This includes tasks like the assembly of structures, satellite servicing, and debris removal, which are essential for long-term space habitation and operations.
https://t.co/75eblNte9g
With superconducting electromagnets, we could achieve precise control, enabling complex space architectures and unprecedented missions. Imagine a future where spacecraft fly in close and controlled formation using nothing but electromagnetic forces.
Imagine shielding astronauts from cosmic radiation with superconducting magnets, creating mini magnetospheres in space. This could revolutionize space travel safety, making Mars missions more probable.
Pioneering sustainable technology, Aotearoa NZ's aerospace sector is growing faster than ever. Meet four companies who are supercharging growth within the local aerospace industry with clean and sustainable innovations 🚀
@KeaAerospace | @DawnAerospace | @ZennoSpace | @Tawhakijv