"Is it tough? Hell yeah, this is the hardest thing I have ever done. It has brought me to my knees, past my breaking point. Doing conventionally multi-million dollar level research on essentially pennies..."
π https://t.co/3Tx1oJVvbm
@Applied_Ion#space#cubesat#opensource
It seems like all revenue generating space companies need to take this approach at least to some degree at some point in their journey.
π https://t.co/q2nPuicI4S
#space#tech#technology#NewSpace#engineering#cubesat
If you have a space startup, here are some things to think about when it comes to product diversification.
π https://t.co/q2nPuiuiWq
#space#NewSpace#Satellite#cubesat#startup
@Applied_Ion This is my favorite section too. Thank you greatly Michael for participating in this series. I know from personal messages that I've received, this series has inspired many people.
I spoke with Kalle Vaha-Jaakkola from @spacenation and asked him about growth obstacles. His response... "I would say that growth obstacles are ultimately always internal.... a venture to outer space is a venture to inner space"
πhttps://t.co/oEJA4LD236
#space#Entrepreneur
Did you know there are over 100 million bits of space debris in low earth orbit?
NZ takes its role as a responsible space actor seriously; anything launched from here must comply with international debris mitigation standards.
Have a read here; https://t.co/D2l83opykS
Gif: ESA
@Applied_Ion "All EP systems draw upon well-established technologies and principles in many other fields of research and industrial applications. Pulsed plasma thrusters are just flash camera circuits that ablate fuel rather than trigger a xenon flash tube."
@spacenewspod We recently explored the challenges of smallsat propulsion. The advances that are made in this space will dramatically change smallsat mission profiles.
https://t.co/llGf1clcof