Talk Around Town: A Tiny London Startup Claims It Can Haul Moon Cargo for Half the Price

What Folks Are Saying Down at the Feed Store

Well, pull up a hay bale, because there's some chatter worth chewing on. According to Payload Space, a London outfit called Instinct Space — Y Combinator class of 2025 — is out here telling anybody who'll listen that it has cooked up a way to haul cargo to the Moon on the cheap. The company says its approach would skip expensive dedicated lunar launches entirely, instead hitching its lander to low-cost rideshare rockets headed to low Earth orbit and then letting the spacecraft muscle its own way to the Moon from there.

Instinct's CEO, Alex Piñel Neparidze, told Payload Space that the pivot away from the company's original lunar GPS constellation idea happened after the team discovered that locking down a dedicated lunar launch was about as affordable as buying a thoroughbred racehorse with beer-can-pull-tab money. The company says potential customers were stuck in the same muddy ditch, unable to afford the price of admission to NASA's Commercial Lunar Payload Services program — which Payload Space research shows typically awards contracts around the $100M range to fly roughly 100 kilograms or more to the lunar surface.

What We Actually Know for Certain

Instinct Space is a real, breathing company. It genuinely went through Y Combinator in 2025, and Payload Space confirmed it has gathered around $1.2 million while in that program — about enough to buy a nice pickup truck and a modest fishing cabin, not enough to build a rocket. The company is real, the founders have credentials, and the pivot away from lunar GPS is documented. That part ain't gossip.

Payload Space's own research independently confirms the broader market problem the company is describing: CLPS-era lunar landers are big, expensive machines built under fat NASA contracts, and smaller international operators or research outfits without NASA backing have precious few affordable options for getting hardware to the lunar surface. That context is solid ground, even if Instinct's proposed fix for it remains entirely unproven.

The company also confirmed to Payload Space that in May it signed an agreement with Polimak Space, a Luxembourg-based startup that the company says is building lunar in-situ resource utilization technology, to look into flying a regolith-handling payload aboard a future Instinct mission. The company announced this deal itself, so treat it as a handshake on paper rather than a signed-and-sealed flight manifest.

What Nobody Has Verified Yet

Here's where the barn door swings wide open onto uncertainty. Every single technical and financial number Instinct has put forward comes straight out of the company's own mouth, with no independent engineer, analyst, or second publication yet kicking the tires. According to Payload Space's reporting on Instinct's own statements, the company claims its vehicle would weigh roughly 650 kilograms fully fueled and generate 6 kilometers per second of Delta-v using an electric pump-fed engine burning hydrogen peroxide and kerosene — enough, the company says, to travel from LEO all the way to the lunar surface without staging or topping off the tank.

The company also claims, per Payload Space, that its price of around $550,000 per kilogram would come in at less than half of what current providers charge. No independent analyst has lined that figure up against actual CLPS provider pricing and given it a thumbs-up or thumbs-down. Similarly, the company's stated target of a first lunar mission in late 2028 is an internal projection with no third-party schedule review behind it. Whether hydrogen peroxide and kerosene can pull off 6 km/s in a sub-650-kilogram vehicle is a question that, as of now, no peer-reviewed engineering assessment has answered.

Analysis: Clever Idea, But the Mule Ain't Been Hitched Yet

This is analysis, not reporting. The core logic of Instinct's pitch is not crazy on its face. Rideshare rockets to LEO have gotten genuinely cheap, and if a spacecraft can carry enough propellant to finish the journey independently, the math could theoretically improve over dedicated lunar launches. The dishwasher-sized form factor, in principle, makes the vehicle easier to slot onto an existing rideshare manifest without requiring a bespoke rocket.

The trouble is that 'in principle' is doing a whole lot of load-bearing work right now, like a barn with one good wall. With only $1.2 million raised and zero hardware in existence, the gap between a compelling slide deck and an actual spacecraft sitting on a launchpad in 2028 is roughly the size of the Grand Canyon. The propellant combination and pump-fed architecture the company describes are not impossible, but they represent genuine engineering challenges that real money and real time will have to solve.

It is also worth noting, analytically, that the market demand side of this equation is entirely asserted rather than demonstrated. Instinct says international customers are locked out of affordable lunar access, and the context supports that general problem — but whether those customers exist in sufficient numbers at $550,000 per kilogram to sustain a commercial service is a question no cited market study addresses. That gap is not a reason to dismiss the idea, but it is a reason to keep both boots on the ground until hardware gets tested.