Skip to main content
Move the World.

If you’re wondering whether to be bullish or bearish on the commercial space race, consider this: Private space companies received more venture capital funding last year than they did in the previous 15 years combined.

screen-shot-2016-10-25-at-10-36-34-am

That data point (and the accompanying chart) comes from a report released earlier this year by the Tauri Group, an analytic consulting firm that specializes in collecting intelligence on the aerospace industry. It paints a comprehensive picture of who’s betting big on which parts of the space sector. You might be surprised to learn it’s not the sectors we’re always hearing about.

Most space news that makes the front page of general interest websites is about rockets. Rockets are sexy, and solving the re-usability problem--i.e., figuring out how to get multiple uses out of each rocket without having to complete drastic overhauls between launches--really does have the potential to open up low-Earth orbit by drastically decreasing launch costs.

But there’s another sector in the space startup world that doesn’t need nearly as much refining. In fact, it’s already here, and investors are buying in like crazy: Tiny satellites.

These “nanosats” weigh less than 100 pounds, can be developed for thousands--rather than millions--of dollars, and are built using commercially available technology.

These “nanosats” weigh less than 100 pounds, can be developed for thousands--rather than millions--of dollars, and are built using commercially available technology. They can track weather and provide GPS data, and launch costs for sending up an entire pack of these tiny satellites can be under six figures. None of this was true for conventional satellites even 15 years ago.

To get a sense of how fast the market is growing for microsats (also called CubeSats and nanosats), take a look at this chart from Parabolic Arc, which breaks down VC investment by category between 2008 and 2015:

screen-shot-2016-10-25-at-10-59-42-am

Nearly 40% of the venture capital that’s flooded into the private space scene since 2008 has gone to companies that make small satellites. Parabolic Arc points out that if you exclude Google’s $1 billion investment in SpaceX, “nanosats and microsats represent 63 percent of investment dol­lars” between 2008 and 2015.

Why are tiny satellites a big deal?

Rockets will become better investments as companies like SpaceX, Blue Origin, and Virgin Galactic move closer to perfecting their tech, but tiny satellites are valuable right now.

Rockets will become better investments as companies like SpaceX, Blue Origin, and Virgin Galactic move closer to perfecting their tech, but tiny satellites are valuable right now.

We currently use satellites of every size for broadcasting media, tracking the weather, and navigating the world via GPS. But there are data gaps for conventional satellites, which are powerful but have limited coverage areas. Flocks of small satellites can provide data from a larger coverage area more quickly. CubeSat maker Spire, which we profile in this week’s episode, provides an incredible example of the revolutionary potential of using a large number of small satellites, as opposed to a handful of big ones, in the world of international shipping.

cubesatarticle
Spire's CubeSat

Whereas conventional satellites have coverage gaps that leave shipping companies and their customers in the dark for large stretches of transport time, Spire says its CubeSat network can track vessels practically in real-time, no matter where they are. With more companies relying on arctic shipping routes due to reduced sea ice, there’s also a new need for accurate search-and-rescue information. Again, conventional satellites create huge delays in transmitting information over large parts of the ocean. Spire’s network means ships have eyes on them almost 24 hours day, which could dramatically reduce the response time in the event of an emergency.

The company’s network can also be used to track maritime piracy, illegal commercial fishing, and provide verification for insurance claims.

In short, what CubeSats promise is uninterrupted, 24-hour geospatial data.

In short, what CubeSats promise is uninterrupted, 24-hour geospatial data. That can help countries track dangerous weather systems, help commercial actors protect their investments, and assist nation-states with monitoring threats.

But they also have the potential to democratize atmospheric and space research by lowering the satellite price-point for university researchers. And as rocket companies bring down their per-pound launch costs, there’s simply no telling how big the CubeSat market could get.

That’s why investors are going all-in on small satellites

In addition to breaking down investments by sector, Tauri Group also interviewed space investors about why they’re buying into markets. The argument for satellites is pretty compelling:

Interviewees saw increased investment opportunities primarily (though not exclusively) related to small satellites, driven by decreased costs and by new potential for returns. Interviewees pointed to the reduction in cost of satellites associated with what one called the “CubeSat revolution” and to “commodity components that are powerful and cheap.” Satellite systems use off-the-shelf technology and very small satellites that are easily and quickly manufactured to present a much different value proposition for investors. The timeline from design to operations has also shortened significantly, which means investors can potentially expect to see returns on their investment more quickly. Decreased costs make venture investing feasible for space. Instead of hundreds of millions or billions of dollars to deploy a space system, small satellites can be developed for tens or hundreds of thousands of dollars, and full systems can be deployed for tens of millions. A partner in a major venture capital firm said, “You actually can experiment now. If you are spending $300 million on a satellite and launch, you have to know exactly what you are doing. You can’t do things prospectively. You really can’t take much risk. It is hard to take a risk on completely new technology that is so new that it might not be space-qualified if it costs that much. But if it is cheap to try things out, people are not limited.”

Tauri spoke to multiple parties who didn’t equate investing in small satellites with investing in the space industry writ large. Instead, they saw it as just another tech sector with big potential returns.

If you want to know why there’s so much hype--and investment--around small satellites, you need to watch our episode on Spire:

Up Next

Archaeology
Ancient Computer Found in Shipwreck Decoded by Scientists
Antikythera Mechanism
Archaeology
Ancient Computer Found in Shipwreck Decoded by Scientists
A new model explains how an ancient computer known as the Antikythera Mechanism could have made complex astronomical predictions.

A new model explains how an ancient computer known as the Antikythera Mechanism could have made complex astronomical predictions.

Neuroscience
Dopamine and Serotonin May Do More Than We Thought
dopamine and serotonin
Neuroscience
Dopamine and Serotonin May Do More Than We Thought
Dopamine and serotonin are crucial brain chemicals. A new study that measured them simultaneously in active brains suggests they may do more than we think.

Dopamine and serotonin are crucial brain chemicals. A new study that measured them simultaneously in active brains suggests they may do more than we think.

Wildfires
Predator Drones Are Using AI to Create Faster Fire Maps
fire maps
Wildfires
Predator Drones Are Using AI to Create Faster Fire Maps
The National Guard has used drones to create forest fire maps since 2017. New AI upgrades could make the maps in minutes, not hours.

The National Guard has used drones to create forest fire maps since 2017. New AI upgrades could make the maps in minutes, not hours.

Climate Change
A New Approach to Green Building Could Reverse Climate Change
green building
Climate Change
A New Approach to Green Building Could Reverse Climate Change
The building sector is one of the biggest contributors of greenhouse gas emissions. But new research suggests that trend could stop, and even reverse because of a new type of green building.

The building sector is one of the biggest contributors of greenhouse gas emissions. But new research suggests that trend could stop, and even reverse because of a new type of green building.

Dispatches
The Cost of Sucking Carbon Out of the Air Just Fell By 85%
The Cost of Sucking Carbon Out of the Air Just Fell By 85%
Dispatches
The Cost of Sucking Carbon Out of the Air Just Fell By 85%
It's not there yet, but carbon capture just got interesting.
Drones
This Week in Ideas: Using Drones for Medicine, Fighting Zika, Re-Imagining Passwords
This Week in Ideas: Using Drones for Medicine, Fighting Zika, Re-Imagining Passwords
Drones
This Week in Ideas: Using Drones for Medicine, Fighting Zika, Re-Imagining Passwords
Reimagining how we get medicine to people, using genetically modified mosquitoes to fight Zika, and selfies as...
By Mike Riggs

Reimagining how we get medicine to people, using genetically modified mosquitoes to fight Zika, and selfies as passwords. These are the stories that got us talking.

The New Space Race
Where Did the Commercial Space Sector Come From?
Where Did the Commercial Space Sector Come From?
The New Space Race
Where Did the Commercial Space Sector Come From?
Private companies have worked with NASA for decades. Can the next generation of space companies get by without the...
By Mike Riggs

Private companies have worked with NASA for decades. Can the next generation of space companies get by without the government as their biggest customer?

Science
The Future of Sports and Human Performance
The Future of Sports and Human Performance
Science
The Future of Sports and Human Performance
Unpacking the science behind human performance with The Sports Gene author David Epstein
By Mike Riggs

Unpacking the science behind human performance with The Sports Gene author David Epstein

Superhuman
Open Sourcing the Brain
Open Sourcing the Brain
Watch Now
Superhuman
Open Sourcing the Brain
Open BCI has developed a 3D-printed headset that allows your brain to interact with computers in amazing ways.
Watch Now

OpenBCI has developed a 3D-printed headset that allows our brains to interact with software. Want to measure the effect of meditation on your brain? It's possible. Want to control a prosthetic limb with your mind? It's possible. Right now, the only thing OpenBCI's tech can't do are the things we haven't thought of.