The useful question is not "what is the robot price?" but "what budget do we need for year one, with the robot delivered, documented, insured, trained, repairable and usable in Europe?"
For an imported adult humanoid, the first-year budget can easily reach 1.5 to 2 times the visible hardware price once logistics, import taxes, compliance work, training and initial spare parts are included. For a mature quadruped, the gap is smaller in absolute value but still real. For European dev kits, the hidden-cost profile is often much cleaner, provided the buyer has technical skills.
Can your project justify a year-one budget equal to 1.5-2x the public hardware price? If the answer is no, the platform may be too early, too large or too unsupported for the current project.
01Why the listed price is almost never the project price.
The manufacturer price is usually an ex-factory or base configuration reference: no European VAT, no customs handling, no transport insurance, no importer responsibility, no local training, no spare-parts buffer and often no clear European service path. It is a valid industrial reference, but it is not the budget a Belgian, French or European buyer should approve internally.
That gap is not a scandal; it is the normal friction of a young hardware market. The issue is that buyers often discover it after the emotional decision has already been made. Bybotix therefore starts with total cost before talking about buying.
02The seven cost blocks to budget before signing.
| Cost block | What it includes | Bybotix caution |
|---|---|---|
| Hardware | Base robot, options, hands, batteries, charger and software access if bundled. | Check whether the public price is base, EDU, research, subscription or pilot-only. |
| International logistics | Air freight, volumetric weight, insurance, customs broker, handling and final delivery. | A robot crate is often billed on volume, not only real weight. |
| VAT & customs | Import VAT, possible customs duties, broker fees and cash-flow impact. | VAT is recoverable for many companies, but still needs cash at import time. |
| Compliance | CE file, EU declaration, Machinery/RED/EMC/LVD/RoHS/GPSR/GDPR checks depending on product and use case. | A logo is not enough; ask for documents, test reports and the responsible economic operator. |
| Training | Operator onboarding, SDK basics, safety rules, demo scripts and escalation process. | Self-training is cheaper in cash but expensive in technical hours. |
| Spare parts | Extra batteries, stressed actuators, sensors, cables, chargers, protective parts and shipping for replacements. | A cheap robot stuck six weeks for one actuator is not cheap operationally. |
| Operations | Insurance, maintenance, software time, firmware updates, storage, safety perimeter and downtime. | The robot is a small operational system, not a one-off gadget purchase. |
03Three case studies: humanoid, quadruped, dev kit.
Official G1 information currently positions the robot as a lower-cost adult humanoid, with public specifications such as about 35 kg and 23 to 43 degrees of freedom depending on configuration. The European project cost must still be qualified because transport, import, compliance and service path are separate questions.
A quadruped is not a humanoid, but it is often the best first physical AI purchase: lower absolute budget, stronger availability, richer field feedback, easier demos and a smaller failure surface. It teaches a large part of the robotics workflow with less financial risk.
European or open-source dev kits have a different cost profile: fewer customs surprises, better documentation fit and a stronger learning return. The trade-off is that they are learning platforms, not adult humanoids designed to create an immediate public wow effect.
04Use a 3-year TCO, not a purchase price.
| Year | Typical cost blocks | Share of total |
|---|---|---|
| Year 1 | Robot, options, delivery, import, documentation, training, initial spare parts, safety setup. | 70-85% |
| Year 2 | Maintenance, consumables, battery wear, software time, extra training, small repairs. | 8-15% |
| Year 3 | Maintenance, parts, upgrades, incident reserve, resale or replacement decision. | 8-15% |
The concentration of cost in year one is precisely why a buyer should define the project before choosing the robot. If the internal budget only covers the advertised hardware price, the project is not yet funded.
05Six ways to reduce hidden cost without pretending risk disappears.
A distributor margin can be cheaper than a failed import, a missing declaration or an impossible repair.
Bundle robot, training, accessories, support and first spare parts instead of buying every item separately.
Schools, labs and deep-tech teams can sometimes exchange feedback and visibility for better conditions.
Several labs or integrators can reach a better configuration, a stronger support case or a shared demo unit.
End-of-quarter or fiscal-year discussions can be easier if the supplier has realistic sales targets.
In a young hardware market, six to twelve months can lower hardware cost and increase support maturity.
06FAQ
Is an adult humanoid really a several-tens-of-thousands-euro project?
For a European buyer who needs delivery, documentation, training, safety and a credible service path, yes. The exact number must be quoted case by case, but the advertised hardware price alone is not enough.
Will prices fall in 2026-2027?
Hardware prices may fall as competition increases. Hidden costs such as VAT, logistics, compliance and support do not disappear; they become more manageable when European channels mature.
What is the best cost/maturity ratio today?
For learning and demos, a mature quadruped such as Unitree Go2 is usually more rational than an adult humanoid. If an adult humanoid is truly required, the buyer must accept a higher first-year budget and stronger operational constraints.
Can Bybotix calculate a specific budget?
In Phase 0, Bybotix can provide orientation and an indicative TCO framework. A firm price requires supplier confirmation, configuration, logistics and compliance scope.