Astribot S1 Robot

How much does an Astribot S1 cost?

Astribot publishes no price and sells on quotation, so every figure below comes from an importer, a reseller or Chinese press.

The working answer for an international buyer is $96,000 to $100,000 depending on configuration. The $96,000 end is the pre-order figure quoted most often; a reseller listing at $100,000 was refreshed on 17 August 2026, which makes it the freshest data point we have. Inside China, a research edition has been reported at about CNY 500,000 - roughly $74,400 at 6.7209 CNY/USD, rate as of 28 August 2026. Export and importer quotes are already denominated in dollars, so no conversion applies to them.

You will also see figures reaching $150,000. Those come from early enterprise deployment descriptions and are deployment-bundled - hardware plus integration, training and support - rather than hardware-only. We carried a $96,000-$150,000 band in June and the upper half of it is not corroborated by any current listing. Treat $100,000 as the realistic ceiling for a machine on its own.

One thing worth naming: the gap between the China research edition and the international quote is about $25,000, which is roughly what importer margin, freight, certification and support add. That is normal for this market and not evidence of anything sinister. It does mean that a buyer with a Chinese entity pays substantially less than one without.

The Astribot T1 is not the S1's successor

This correction is ours to make, because we published the error.

In May 2026 Astribot launched the T1, a cable-driven robot starting at CNY 89,900 - about $13,400 - and widely reported as the first high-precision machine of its kind under CNY 90,000. Coverage of the launch was read by a lot of catalogues, ours included, as the S1 being superseded. It was not. The T1 is a smaller, lower-cost sibling built to widen access to the category. It sits below the S1, not after it.

The S1 has not been discontinued, is still quoted by importers, is still shipping, and its international rollout widened through 2026 rather than winding down. The reseller price refresh in August 2026 is itself evidence of an active product.

Why this matters practically: if you are evaluating the S1 and you believe it is end-of-life, you will discount it against machines that are not. That is the wrong call. What is true is that the T1's existence changes the S1's positioning - if your requirement is data collection or light demonstration work rather than 5 kg per arm at full reach, the cheaper sibling may be the honest recommendation, and it is a fourteen-thousand-dollar decision versus a hundred-thousand-dollar one.

The autonomy question: how much of the video is teleoperated?

This is the argument that follows the S1 everywhere, and it deserves a straight answer rather than a defence or a debunking.

The sceptical case: the famous demonstrations contain frequent cuts, the tasks are staged, and Astribot itself has published VR teleoperation material showing an operator driving the machine. The company's autonomy claims - 'design for AI', imitation learning, machine-learned policies executing autonomously - are marketing-level statements with no independent benchmark behind them.

The counter-case, which is also honest: teleoperation is openly how the training data is collected. That is not a scandal; it is the standard method across the entire field. Astribot has been more transparent about it than most, publishing the teleoperation rig rather than hiding it.

Where that leaves a buyer: assume the S1's speed and mechanical precision are real - those are hardware properties, visible across many clips, and the 10 m/s end-effector figure is the sort of claim that would be trivially embarrassing to fake at length. Assume the autonomy is task-specific, trained per application, and requires demonstration data you or someone will have to collect. A secondary and more substantive criticism from the research community is that policies learned from teleoperated demonstrations generalise poorly beyond what was demonstrated. That is a real limitation of the method, not of this robot specifically.

Nobody in those discussion threads has actually used one. There is no independent hands-on review of the S1 in existence.

Specifications, and which of them are the maker's own claims

Our spec source quality for this entry is mixed and the confidence score is 62 out of 100, which is a middling rating for a reason worth explaining.

Well-supported: the physical dimensions - 170 cm, about 90 kg with battery - the degree-of-freedom breakdown, the sensor list down to specific part numbers, the wheeled base architecture, and the parallel-jaw grippers. Those are consistent across the maker's own material and multiple independent descriptions.

Maker-claimed and unverified: end-effector speed of 10 m/s or more, acceleration to 100 m/s squared, and repeatability of plus or minus 0.1 mm. These are impressive and plausible from the footage, but no third party has measured them. The comparison to an average adult's speed and precision, which appears in a lot of coverage, is Astribot's framing rather than an independent finding.

Soft: battery endurance at roughly four to six hours. The robot uses plug-in charging and can operate while plugged in, which is an underrated practical feature - a station-based deployment can run indefinitely. But four to six hours is a range wide enough to signal that it depends heavily on how hard the arms are working.

Unknown: there is no verified public API or SDK. Astribot advertises a research toolchain, and we could not confirm what is actually available to a customer. If your purchase depends on programmability, get that in writing before ordering.

What the S1 can do, and what it cannot

It can perform fast, smooth bimanual manipulation of everyday objects - pouring, wiping, folding, tidying, tool use - at speeds that read as human or better. It can carry 5 kg per arm at full horizontal reach. It can bend and reach across a large workspace thanks to that four-DOF torso. It can be teleoperated in VR for data collection and demonstration. It can work plugged in, indefinitely, at a fixed station.

It cannot walk, climb a step, or handle anything but flat indoor floors. It cannot use its hands the way a five-fingered humanoid can, because it does not have hands - it has grippers, and gripper geometry decides which objects are even attemptable. It cannot be bought in the United States as of 30 August 2026. It cannot be evaluated against independent benchmarks because none exist. And it cannot be assumed to arrive able to do your task autonomously; that capability is trained, per task, from demonstrations.

The 90 kg mass deserves its own line. That is a heavy machine to move between rooms, and the wheeled base means every threshold, cable run and floor transition in a building becomes a design constraint. Deployments are structured indoor environments for a reason.

Where are Astribot S1 robots actually deployed?

Here we have to be careful, because the deployment claims circulating about this robot are the least verifiable part of its story.

What we can support: the S1 has been sold commercially since 2024 and delivered in volume in China since late 2025, with importer-mediated availability across the US, Germany, Japan, South Korea, the UK, Canada, France, Australia and India through 2026.

What we cannot support: named customers. Aggregator pages list specific deployments - a major Chinese e-commerce group, a broadcaster, elder-care institutions, retail across several cities - and a thousand-unit commercial services deal with a Chinese software company. We could not corroborate any of those against a primary source, and our own catalogue records no verified named customers for this machine. They may well be real. They are not something we are willing to state as fact on a page people use to make purchasing decisions.

The funding picture is better documented. Astribot was reported in June 2026 to have closed a Series B of more than CNY 1 billion - about $149 million at 6.7209 CNY/USD, rate as of 28 August 2026 - with funding databases putting the post-round valuation near $1.4 billion. Earlier rounds included a pre-A led by Matrix Partners. Those numbers come from funding trackers and trade press rather than a filing, and the databases do not entirely agree with each other on cumulative totals, so treat the valuation as indicative.

Money is not deployment. But a company raising at that scale is not one about to abandon a shipping product.

Buying one outside China

There is no self-serve purchase route. Astribot sells through enterprise and research inquiry, and international buyers go through quote-based importers rather than an official retail channel. That structure has consequences worth pricing in before you start.

Lead time is unpredictable, because the order goes through an intermediary who is themselves ordering. Support is the importer's, not the maker's, unless you negotiate otherwise - and for a 90 kg machine with custom actuators, the question of who supplies spares and how quickly is not a detail. Documentation may arrive translated, or may not. And the research toolchain that appears in Astribot's marketing has no verified public API behind it, so 'can we program it for our task' is a question to answer during procurement rather than after delivery.

If you are a research group, the China research edition at about CNY 500,000 is materially cheaper than the export route, which is why some institutions buy through a Chinese partner entity. That has its own compliance implications in 2026 that are well beyond the scope of a robot page, but they are real and they are worth asking a lawyer about rather than a distributor.

We found listings for the S1 on US-facing resale sites. Given the certification position described below, those warrant more caution than usual.

Can US buyers get an Astribot S1?

No, and the reason is worth stating precisely because the press version of the rule is wrong.

On 28 July 2026 the FCC issued Public Notice DA 26-786, adding equipment to the Covered List. It was reported as a ban on Chinese robots. It is not. The text is country-neutral and turns on 'foreign-produced' - failing a Buy American test of US final assembly plus more than 65% domestic content - which is why British, EU and Japanese equipment is caught by the same wording. It blocks new FCC certification only. It is not a customs ban, not a recall, and anything certified before 28 July can be sold and updated until 1 January 2029.

For the S1 specifically, no US authorisation is on record. That means new imports and sales are barred. And note what preceded the rule: Astribot has had high US media visibility since April 2024 and has never had a US sales channel or support presence. The gap predates the restriction. What the July notice did was fix it in place.

Chinese sales are unaffected. So is the rest of the international rollout. If you see an S1 advertised to a US buyer today, ask for the FCC ID and expect not to get one.

Running one: power, floors and the practical stuff

A short section on the things that decide whether a deployment survives contact with a building.

Power first. The S1 runs four to six hours on battery and can operate while plugged in. For a fixed-station deployment - a kitchen counter, a bench, a demonstration cell - plug it in and endurance stops being a topic. For anything mobile, four hours is a half-shift and you will be planning around charging.

Floors. Flat, hard, indoor, continuous. The wheeled base has no capacity for a step, a raised threshold or a cable ramp of any consequence. Survey the route before you buy, not after.

Mass and safety. Ninety kilograms moving at up to 2 m/s with arms that accelerate at 100 m/s squared is a machine that needs a defined workspace and a considered safety case. This is not a domestic appliance regardless of how the kitchen demonstrations look, and treating it as one would be a serious mistake.

Data. Whatever autonomy you get will come from demonstrations somebody records. Budget the operator time for teleoperated data collection as a real project cost, because in practice it is the largest one after the hardware.

S1 versus the machines it competes with

Against bipedal general-purpose humanoids - Optimus, 1X Neo, Figure - the S1 is not really a competitor at all, and the comparison flatters nobody. Those machines are betting that legs are necessary. Astribot bet that for indoor structured work, legs are an expensive way to solve a problem flat floors have already solved. On current evidence that bet looks defensible: the S1's manipulation is more capable, today, than most walking humanoids' manipulation, and it costs less than most of them.

Against other wheeled dual-arm platforms - the Chinese manipulation robots aimed at research and service - the S1's differentiator is arm speed and the quality of its teleoperation toolchain. Its weakness is grippers rather than hands, which caps the object set it can address.

Against the Unitree G1 at a fraction of the price, the honest comparison is that they solve different problems. The G1 walks and is a locomotion research platform; the S1 does not walk and is a manipulation research platform. A lab that needs both needs two robots.

And against Astribot's own T1 at about $13,400: if you do not need 5 kg per arm at full reach, look hard at the cheaper machine first.

Who should buy an Astribot S1

Research groups working on manipulation, imitation learning and embodied AI who need a fast, well-instrumented bimanual platform with a working teleoperation rig for data collection. That is the core audience and the S1 serves it well.

Service and hospitality operators in China, where the sales channel, the support and the price are all substantially better than they are anywhere else.

Companies running structured indoor pilots - a demonstration kitchen, a fixed bench task, a retail or elder-care trial - who can accept that the autonomy will be trained per task and that the machine stays on one flat floor.

Not for: US buyers, who cannot legally import a new one. Not for households, despite the cooking and tidying demonstrations - a 90 kg machine costing as much as a house deposit, with no verified consumer support, is not a domestic product in 2026 no matter what the videos suggest. Not for anyone who needs stairs, uneven ground or outdoor work. And not for buyers who need a firm answer on programmability today, because the API position is unverified.