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Rocket Lab’s next launch will deliver 30 satellites to orbit — and a 3D-printed gnome from Gabe Newell
Rocket Lab’s next mission will put dozens of satellites into orbit using the launch company’s Kick Stage “space tug,” as well as a 3D-printed garden gnome from Valve Software’s Gabe Newell. The latter is a test of a new manufacturing technique, but also a philanthropic endeavor from the gaming industry legend.
Scheduled for no earlier than November 15 (or 16 at the New Zealand launch site), the as-yet-unnamed launch — Rocket Lab gives all of their missions cheeky names — will be the company’s “most diverse ever,” it said in a press release.
A total of 30 satellites will be deployed using Rocket Lab’s own Kick Stage deployment platform, which like other “space tugs” detaches from the second stage once a certain preliminary orbit is reached and then delivers its payloads each at their own unique trajectory. That’s the most individual satellites every taken up at once by Rocket Lab.
Twenty-four of them are Swarm Technologies’ tiny SpaceBEEs, the sandwich-sized communications satellites it will be using to power a low-cost, low-bandwidth global network for Internet of Things devices.
The most unusual payload, however, is certainly “Gnome Chompski,” whose passage was paid by Valve president Newell: a 3D-printed figure that will remain attached to the Kick Stage until it burns up on reentry. The figure, a replica of an item from the popular Half-Life series of PC games, was made by Weta Workshop, the effects studio behind Lord of the Rings and many other films. It’s both a test of a potentially useful new component printing technique and “an homage to the innovation and creativity of gamers worldwide.”
More importantly, Newell will donate a dollar to Starship Children’s Hospital for every viewer of the launch, so you’ll definitely want to tune in for this one. (I’m waiting to find out more from Newell, if possible.)
The launch will also deliver satellites for TriSept, Unseenlabs and the Auckland Space Institute — the last will be New Zealand’s first student-built spacecraft.
Rocket Lab has worked hard to make its launch platform all-in-one, so prospective customers don’t have to shop around for various services or components. Ideally, the company’s CEO has said, anyone should be able to come to the company with the bare-bones payload and the rest is taken care of.
Image Credits: Rocket Lab
“Small satellite operators shouldn’t have to compromise on orbits when flying on a rideshare mission, and we’re excited to provide tailored access to space for 30 satellites on this mission. It’s why we created the Kick Stage to enable custom orbits on every mission, and eliminate the added complexity, time, and cost of having to develop your own spacecraft propulsion or using a third-party space tug,” Beck said in the press release.
Rocket Lab recently launched its own home-grown satellite, First Light, to show that getting to orbit doesn’t have be such a “pain in the butt,” as Beck put it then.
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Rocket Lab inks deal to carry Japanese startup Synspective’s first satellite into orbit
The well-funded Japanese space startup Synspective has tapped launch provider Rocket Lab to take its first Earth observation satellite to orbit. Launch is planned for late 2020, and the company’s StriX–α craft will be the sole payload.
Synspective was founded in 2018 and by mid-2019 had raised about $100 million, making it one of the most successful recent funding stories in the country. It’s going to need all that and more, though, to realize its ambition of a 25-satellite constellation regularly imaging the whole planet.
The number may seem small when compared to Planet and SpaceX, which will require hundreds or thousands of satellites to cover the Earth. That’s because Synspective’s craft are not making visual observations or providing internet access, but imaging the planet’s surface using what’s called synthetic aperture radar.
This difficult technique uses the motion of the satellite to essentially imitate a much larger antenna, letting it produce highly detailed imagery through cloud cover and other interference. It also can cover a much wider area than an optical camera or a radio antenna beaming data to dishes on the surface.
The satellites themselves are about 100 kilograms each and are smaller than existing SAR systems — an advantage that lets Synspective use a smaller launch vehicle like Rocket Lab’s Electron to put its birds in the air.
The launch isn’t scheduled yet, but as the sole customer, Synspective will have lots of latitude in choosing the time of launch and target orbit. “We are very pleased to work with Rocket Lab, a pioneer in rocket ventures,” said Synspective founder and CEO Motoyuki Arai in a press release. “We are also grateful for their flexibility in accepting our requests on the satellite’s orbit and launch period.”
At present the plan is only for “late 2020” and to launch from Rocket Lab’s Launch Complex 1 in New Zealand, not its brand new one in the States. We’ll know more closer to launch time.
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Lessons From A TechCrunch Disrupt Launch
May 26, 2010, was the most stressful and exciting day of my life to date. I’ve called it the most horrible and most wonderful, too. I didn’t sleep the night before. I woke up to pages of notes in my BlackBerry (it was 2010, and I was an ex-consultant), timestamped in 15-minute intervals over several hours, proof that I had woken up, typed an idea rapidly into my phone, laid back… Read More
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