Cowboy Space Corp.

Big Sky Rising is one week away. October 26. 6:30 PM PT. Our rocket architecture. Our roadmap. Revealed for the first time, with a live conversation featuring our CEO, @BaijuBhatt , and @ShawnRyan762 It's going to be special. Giddy up! Livestream here on the day.

Nearly 600 years of combined aerospace experience. That's how we make this happen.

If you missed it, our first mission, Reason-1, went to space earlier this month.

“It's a fundamentally novel approach to rocketry in the modern era, in our opinion. [...] The cargo vehicle is the payload in space.”

Heat management is fundamental to spacecraft design. Orbital data centers make it a central engineering challenge. Big Iron is being designed around it, with a fairing intended to become radiators in orbit.

One more thing.

We’ll be providing access to orbit. That’s a vital part of building a vibrant space economy. Interested in launching with us? Sign up at

Chapter 3: Trailhead You’ve seen what we’re building. Here’s how we’re going to make it happen.

Welcome to The Ranch. 260,000 square feet of factory in Kent, Washington. We’re fitting it out to build at scale.

The vision for Trailhead: • ~$1B factory and launch complex • 5 pads: 4 flying while 1 is refurbished • Boosters built for rapid reuse • ~660 MW of compute sent to orbit each year, from one site. That’s the goal.

What you’ve been waiting for: Big Iron. Our rocket.

“None of this matters unless this is economical.” — @BaijuBhatt

@BaijuBhatt We’re targeting our first launch in 2028. Yes. 2028.

A rocket needs an engine. We have Clydesdale.

Chapter 2: Meet Big Iron Our 1 MW satellite design: • 5 racks of GPUs • 6 laser links at 1.2 Tb/s each • About 132 meters across when deployed • The upper stage becomes the satellite A deployed span longer than an American football field.

It's big.

We’re not the only space company out there. Here’s how we compare to another one you might’ve heard of.

Chapter 1: Introducing Stampede: • 20,000 satellites • 1 MW each • 20 GW at full build That's our plan for AI computing in orbit. No land, no water.

We’re going to need a lot more power for data centers. That’s why building them in space makes sense.