Earlier quoted context omitted.
Yes, Airbus’s project and team is very cool! What we’re doing shares similarities with Zephyr, but we’re focusing on a lower cost system, and a larger payload which will enable more use cases. We’re using conventional silicon solar cells, rather than the GaAs cells used by Airbus. We give up some efficiency by doing this, but it keeps costs far lower - which we think is key to iterating quickly, and opening up some o…
> we’re focusing on a lower cost system, and a larger payload which will enable more use cases. So you want to beat Airbus but also be cheaper. And do it with off-the-shelf components too, because those specialized ones are just too expensive. Not to say it's impossible but wow
Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
181–190 of 206 posts
Re: Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
#182Earlier quoted context omitted.
Yes, Airbus’s project and team is very cool! What we’re doing shares similarities with Zephyr, but we’re focusing on a lower cost system, and a larger payload which will enable more use cases. We’re using conventional silicon solar cells, rather than the GaAs cells used by Airbus. We give up some efficiency by doing this, but it keeps costs far lower - which we think is key to iterating quickly, and opening up some o…
> we’re focusing on a lower cost system, and a larger payload which will enable more use cases. So you want to beat Airbus but also be cheaper. And do it with off-the-shelf components too, because those specialized ones are just too expensive. Not to say it's impossible but wow
Re: Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
#183Earlier quoted context omitted.
Wildland forest fires were actually the inspiration for this technology! A year ago Seattle had the worst air quality in the world for a few days, which piqued my interest in the area. Speaking to people in the USFS we learned about the challenges of getting real-time high-resolution data, and realized that an ultra long endurance drone would be a great way to get this.
You know what would be really helpful in such a use case? Thermal imaging. Now I'll admit I know nothing about Thermal Imaging, but I imagine if it was possible to get a live high resolution thermal image of an area, you could identify hotspots quickly. Heck, even for SAR missions, being able to thermal image a large area and look for warm bodies may be very useful. Of course I have no idea if this is feasible or not…
Re: Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
#184Earlier quoted context omitted.
I am possibly wrong about small details, and would appreciate corrections. So when I joined the project, the physical aircraft was based in the USA, but the software team for the autopilot was based in the UK. For some reason - I think it was the very high altitude capability - the USA considered the autopilot to be munitions. When I first joined the project, there was this bizzare situation where it turned out to be…
Re' sending an entire aircraft over the ocean vs. sending software over the internet: you'd be surprised, but it's still often the case. I worked for a storage company that made a long-distance replication product (i.e. a program that allows one to store their data both locally and far away in a reasonable time-frame). We were contacted at some point by a movie production company which had this problem of moving the…
Re: Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
#185Earlier quoted context omitted.
The standard story arc for something like this is that it is pitched as a humanitarian/environmental technology, but it is the military that provide the money and that where it gets used. I'm not being overly judgemental - the good guys (e.g. Ukraine) need good military tech. But lets not kid ourselves.
Basically any technology that makes any difference will have a military value, and will be used by the military. One of the few things that are not obviously, if in any way at all, usable for any military purposes is targeted advertising. Whether it's used by the good guys more is an interesting topic.
Re: Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
#186Re: Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
#187Wow, 10cm live view for complete situational awareness of forest fires feels like it should be a game changer. Can we make sure someone (if not you guys) fully builds this service on your flights for the fire service?
Why does forest fires need 10cm resolution? I'm fairly familiar that space (in Australia though) and I've never heard that requirement. There are other fields where 10cm resolution is required though, obviously.
Re: Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
#188Stop. This is not a valid startup and a waste of your time. I say this with a heavy heart as I know you're passionate, but numerous failed startups of my own tought me to be critical in thinking. What is you're "secret sauce"? How hard is it to replicate/exceed your efforts? I'm afraid the answers are "we put a lot of engineering work into it" and "not much, as we're just two guys and the army/google/fb have hundreds…
Re: Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
#189Re: Launch HN: Radical (YC W23) – Autonomous high-altitude solar aircraft
#190Earlier quoted context omitted.
The standard story arc for something like this is that it is pitched as a humanitarian/environmental technology, but it is the military that provide the money and that where it gets used. I'm not being overly judgemental - the good guys (e.g. Ukraine) need good military tech. But lets not kid ourselves.
Basically any technology that makes any difference will have a military value, and will be used by the military. One of the few things that are not obviously, if in any way at all, usable for any military purposes is targeted advertising. Whether it's used by the good guys more is an interesting topic.