~1,280 t
Methane burned per launch
A system of intelligence for propulsion & power
Rockets are becoming among the largest new energy consumers of the decade — and the market hasn't priced it. Mobius is the system of intelligence that turns that exposure into a structural cost advantage, measured where it matters most: cost per metric ton to orbit.
01 — The unpriced input
A reusable launch program runs on methane, burned with oxygen that takes enormous energy to produce and keep cold. One launch is a rounding error. But cadence bends the curve fast — and in commodities, the marginal molecule sets the price for everyone. This demand is arriving on the margin, and it isn't in anyone's forward curve.
Illustrative, from the Mobius propulsion demand model. ~2M metric tons to orbit ≈ 2× SpaceX's stated 1M-ton goal. Cooling uplift (~70%) pending confirmation. At the full fleet, fuel alone approaches ~187 Bcf/d — roughly 2× total US demand.
In commodities, the marginal unit sets the price — not the average molecule, the last one. A contained slug of new demand doesn't nudge the market. It resets it, for everyone.
02 — The system of intelligence
Mobius isn't a broker and isn't a report. It's an operating capability — data, models, and market execution — that continuously drives the input the whole organization already optimizes around.
Bottoms-up modeling of fuel and cooling across every launch-cadence scenario. Know the shape of the curve — and where you sit on it — before the market does.
Pipeline access, hub pricing, and storage mapped to the sites that matter. Where the cheap, deliverable molecules actually are — and what it takes to reach them.
Marginal-price impact, forward exposure, and the reporting lag that keeps this cost hidden until it's too late to act on it.
An energy desk you don't have to build — operating as your agent, on a subscription for outcomes. Intelligence becomes positions: sourcing, storage, and ownership.
03 — Price taker or price maker
Do nothing, and the market sets your single largest long-run operating cost. The comfortable alternative — a joint venture with a major — looks like certainty but quietly costs the most. There's a third road.
04 — Beyond the launch pad
Where energy is so physically central that once you've seen the fuel math, you can't unsee it. The entry point — not the ceiling.
For the primes and their suppliers, energy arrives indirectly — factory power, diesel, jet fuel, data centers — spread across the P&L and easy to mistake for fixed overhead.
Track share price against fuel and power and the exposure surfaces — time-shifted by a quarter or two. Which of your costs are you managing, and which are just happening to you?
05 — Insights
A monthly progression, each piece adding a layer — and each ending on a question worth sitting with.
Why an insourced energy partner beats a joint venture for long-horizon energy buyers — the full argument, with the ownership math.
Get the white paper →What a major facility's worth of new gas demand, arriving on the margin, does to seasonal prices.
Ready · Read →Pipelines, storage, and the duration mismatch that makes sequencing the whole game.
Read →The strategic choice most companies make by default — and the ownership math behind it.
Read →Why site selection is partly an energy-siting decision, denominated in cost per metric ton to orbit.
Preview →The thesis goes horizontal — defense, aerospace, and the exposure hiding in plain sight.
Preview →Start here
A scoped exposure and infrastructure assessment makes the decision legible — before any capital is at risk. Or take the long-form argument first.