Buying a Robot: Lead Times, Customs, Support, What to Expect

The marketing photos do not tell you that a Unitree G1 ordered direct from Hangzhou lands in Prague six to ten weeks later, with a customs broker invoice nobody warned you about, no CE declaration in the box, and a warranty RMA process that involves shipping the unit back to China at your cost. The robot is real. The procurement experience is what most first-time buyers have not modelled.

This article is the buyer's-side companion to R01 and R02. Those covered what the robot is. This one covers how you actually get one onto your floor — the buying paths, lead times, customs reality, warranty terms, spares, training, and the line items the spec sheet never mentions. The numbers are Q1–Q2 2026, EU-buyer-perspective, and as honest as we can make them.

The three buying paths

There are essentially three ways to acquire a 2026 humanoid or quadruped in Europe. They differ on price, on lead time, on who eats the customs and warranty risk, and on whether you have a phone number to call when something breaks.

Direct from the manufacturer. You order from the vendor's web shop — Unitree, EngineAI, DeepRobotics, Booster — pay in advance, the unit ships from China by air freight, and you handle EU customs clearance yourself. This path saves 10–25% versus reseller pricing. It costs you: the customs brokerage and paperwork burden, the import-VAT cash float, the RMA logistics (shipping to China for serious repairs), and the fact that there is no one local who speaks your language when a knee module fails. For Boston Dynamics and Anybotics, "direct" means a direct enterprise sales relationship, not a web shop — the cycle is two to four months end-to-end, and they will not sell you a Spot like an Amazon order.

Via authorized EU reseller / distributor. A handful of EU companies hold stock or have privileged channel relationships with the Chinese manufacturers. Generation Robots in France, AltHumans, OpenELAB, RobotShop, and a growing list of national distributors. You pay 10–25% more than the direct price. You get: a EUR invoice, VAT handling on the EU side, sometimes in-stock units (Go2 EDU, PM01, occasionally G1), local-language support, and a warranty path that does not require shipping a 50 kg crate back to Hangzhou. For a first unit, this is almost always the right call.

Grey market. It exists. Units appear on European marketplaces, on second-hand listings, sometimes from companies that imported a fleet, kept what they needed, and resold the rest. We acknowledge this path exists and we are not going to recommend it. No warranty, no SDK access guarantee (some EDU SKUs are tied to the original buyer's account), no spares pipeline, and any unit with a flashed firmware is a stack of unknown failure modes. If a deal looks 30% under market, it is grey-market or stolen. Walk.

Lead times, Q1–Q2 2026

The numbers below are what we have observed and confirmed against current distributor listings and direct-vendor pages. Treat them as ranges, not promises. Lead time on Chinese platforms moves with Chinese New Year, EU customs queue depth, and how much battery the air freight forwarder is willing to put on one plane.

Two patterns to read out of that table. First, the Chinese platforms move faster than the Western industrial ones, by a factor of two or more on the high end. Unitree and Booster ship aggressively; Boston Dynamics and Anybotics treat each sale as a project. Second, EU reseller stock collapses lead time most dramatically on consumer-tier units. The Go2 base, the PM01, even the G1 base are routinely in stock somewhere in Europe. The high-end configurations (G1 EDU Ultimate, B2-W, H1-2) are built-to-order regardless of path.

A note on Chinese-vendor lead times that catches buyers out: the manufacturer's "ships in 2 weeks" is from order confirmation, which is after payment clears (often a wire, not a card), which is after you finalize the configuration with their sales rep. Add a week or two of conversation latency to the published number. The path from "I want one" to "the unit ships" is rarely shorter than four weeks even on a "ships in 14 days" SKU.

Customs reality for EU buyers

This is the section that surprises everyone. The price tag on the manufacturer's site is not the landed cost.

HS classification. Humanoid and quadruped robots fall under HS chapter 84. The two relevant headings are 8479.50 ("industrial robots, not elsewhere specified or included") and, less commonly, 8428.70 ("industrial robots" for material-handling functions). Most general-purpose humanoids and quadrupeds clear under 8479.50 in the EU. Get the classification confirmed in writing by your customs broker before you wire money.

Duty rate. For HS 8479.50 imported into the EU from China, the third-country MFN duty rate is 0% as of 2026 for industrial robots — the WTO ITA classification covers this category. In practice, EU duty on an off-the-shelf Chinese humanoid or quadruped is zero or near-zero. Verify against the current TARIC at the moment you import.

VAT. EU import VAT applies at the rate of the destination member state on the CIF value plus duty. For Czech Republic the rate is 21%. Germany 19%. France 20%. Slovakia 23%. Hungary 27%. VAT is recoverable for VAT-registered businesses (deduct as input VAT on the next return). For private buyers and non-VAT-registered organizations it is a real cost.

Brokerage and clearance fees. A customs broker charges €150–€400 per shipment for a robot-class consignment. Air freight from China to a major EU hub runs €600–€2,000 depending on weight, dimensions, and battery handling surcharges (lithium packs above certain Wh thresholds require dangerous-goods handling, which adds 30–50% to freight cost on humanoid-class units).

The fully-loaded landed cost for a Unitree G1 EDU Standard at $43,900 (CIF Prague), ordered direct:

Two things to call out from that. The VAT line is by far the biggest non-unit cost, and it is the line a private buyer eats and a business gets back. Plan the cash float. And the freight + DG handling adds another 3–4% on top of the unit price, which an EU reseller absorbs into their markup invisibly.

Documentation pack you actually need. Customs will ask for, at minimum:

• Commercial invoice with detailed specification (DOF, mass, battery chemistry, intended use).
• Packing list with serial numbers and per-line weights.
• Bill of lading / air waybill.
• Certificate of origin (often a Form A or equivalent).
• MSDS for the lithium battery — required for the dangerous-goods declaration.
• Declaration of conformity (EU DoC) or declaration of incorporation under the EU Machinery Regulation (Regulation 2023/1230).
• For industrial deployments: IEC 60204-1 (electrical safety of machinery) compliance evidence.

Dual-use export controls. The EU updated its dual-use control list in late 2025 (Commission Delegated Regulation 2025/2003, in force from 15 November 2025). General-purpose humanoids and quadrupeds are not currently captured by the EU dual-use list — they are commercial robotics, not controlled items. If you are importing for a defence-adjacent end use, do a dual-use screening before ordering. For commercial / industrial / research end use, you are clear.

Warranty reality

The marketing line is "12-month warranty." The reality has six dimensions.

The dimension that bites first-time buyers is shipping for RMA. A humanoid in a properly-rated shipping crate is 60–90 kg, dimensional weight 0.5–1.0 m³, and air-freighting it back to Hangzhou is €800–€1,500 plus dangerous-goods handling for the battery. That is a real cost on a "free warranty repair." This is the single biggest reason to buy via an EU reseller for the first unit — they absorb the inbound logistics and run a local RMA queue.

The dividing line between "manufacturing defect" and "user-induced" is decided by Unitree's technicians. For research labs that push robots hard, expect a non-trivial fraction of RMAs to come back classified as user-induced.

Spare parts — the line item nobody budgets

The single biggest budget surprise on a heavy-use robot in year two is the spares bill. The high-cycle parts in rough order of how often they bite:

Plan 10–20% of the unit price for first-year spares on heavily-used units. For a €40k G1 EDU that is €4,000–€8,000 of spares to keep on shelf. For a €70k B2 closer to €10,000. Research labs running RL training on a single G1 burn through this faster than corporate inspection deployments running a Spot two hours a day.

Vendor spares pipelines, in rough order of maturity in Europe:

• Unitree — most mature, parts catalog through distributors, 1–3 week typical lead in Europe for common modules. Joint modules sometimes 4–6 weeks.
• Boston Dynamics — strong via Spot CARE, depot model in the EU.
• Anybotics — Swiss, strong direct support; spares move fast in Europe.
• DeepRobotics — improving in 2026, currently 2–4 weeks via EU distributors.
• Booster — production-ramp phase, spares pipeline is being built. Plan an extra week on top of the Unitree number.
• EngineAI — newest of the lot, expect 3–5 weeks for spares, sometimes longer for the SE01-specific modules.

Training — you do not just unbox

A humanoid or quadruped is not a printer. The SDK access alone is six to twelve months of self-teaching for a competent ML engineer, and the practical skills (battery handling, joint inspection, gait tuning, sensor calibration) are not in the documentation. The serious vendors offer training:

• Unitree training — 1–3 day in-person courses at the Hangzhou HQ, occasionally at large EU distributors. Costs roughly €1,500–€3,000 per attendee, travel on top.
• Boston Dynamics — Spot training is bundled into the enterprise sales motion and is one to two days, online or on-site.
• Anybotics — multi-day in-Zurich training for any serious industrial deployment.
• DeepRobotics / Booster / EngineAI — varies; expect remote training in 2026, in-person training requires a trip to China for serious depth.

For an industrial deployment with a real productive workload, training is not optional. Plan for at least one engineer on your team to attend manufacturer training within ninety days of delivery, and budget for a refresher when SDK versions change significantly.

Demo units

Most manufacturers will not loan demo units. The economics do not work — a $30,000 robot loaned out for two weeks to ten prospects is wear and risk that does not pay back. The credible exceptions are at trade shows (Hannover Messe, ICRA, CES) where the units are pre-staged for crowds.

The honest answer for a serious buyer: budget the first unit as an evaluation unit. Put 12 weeks of work into it, accept that you will scratch it, accept that the resale value is 60–70% of new after a year of evaluation use, and treat the spend as sunk cost for the procurement decision. A €15k Go2 EDU is a credible evaluation platform before committing to a €70k Spot. A €40k G1 EDU is a credible evaluation before committing to a €120k H1-2 fleet.

Insurance

Standard business equipment insurance covers robots as movable assets. The premium is roughly 0.5–1.5% of the insured value per year for a robot in a controlled indoor environment. The categories you actually want covered:

• Equipment damage — drops, falls, transport, theft. Standard cover.
• Third-party liability — robot causes property damage or injury. Increasingly available as a specific robotics rider.
• Cyber / data — for fleet deployments where the inference pipeline handles regulated data, the cyber policy on the back end matters more than the robot policy.

For a single research unit, your existing business equipment policy is enough. For a fleet of five or more units operating in customer environments, get specific robotics liability cover. Specific robotics insurance products have emerged in 2025–2026 from Allianz, Munich Re, and several brokers in the Czech market.

Direct versus reseller — the honest math

For a single first unit, buy via an EU reseller, every time. The 10–25% markup buys you: customs handled, EUR invoicing, VAT-on-the-EU-side simplicity, local-language support, an RMA queue that does not involve packing a 60 kg crate for Hangzhou, in-stock units when available, and a phone number that picks up. The savings on direct purchase are real but small in absolute terms (€4,000–€10,000 on a €40k unit), and the cost of the first customs hiccup or RMA dispute eats those savings in one event.

For fleet purchases (five or more units) and for mature buyers who already have customs broker relationships and an internal logistics function, direct from manufacturer makes sense. The 10–25% saving on five units is €20,000–€50,000, and at that scale you can absorb the operational overhead.

Where Kentino fits

We are the Czech channel partner / co-sell on the inference-compute side for humanoid and quadruped deployments (K-AI servers — 4× or 8× RTX 5090, RTX Pro 6000 Blackwell, L40, or L4, on EPYC or Xeon hosts). For robotics, we have channel relationships with several manufacturers and can bundle the robot, the inference server, the customs and logistics handling, the training, and the first-year spares pack into one EU invoice. The model is project-based: scope the deployment, quote the bundle, manage the import, stand up the compute, train the team.

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This is part of the Kentino Wiki, a reference series on AI compute, robotics, and the systems that connect them. Comments and corrections welcome at info@kentino.com.