For handling tasks that vary, start with a clearly defined, supervised pilot and compare the results with those of a development platform using the same metrics. For fixed, repetitive processes, include specialised automation in your assessment too: Fraunhofer IPA reported that respondents considered wheeled platforms or stationary dual-arm systems more suitable, depending on the task. Before an on-site trial, the risk assessment must cover the intended workplace and potential collisions, as explained by the German Social Accident Insurance (DGUV).
You want to trial transport, picking or machine tending on a clearly defined task in your existing premises, rather than assume that a demonstration proves production readiness. Fraunhofer IPA outlines potential applications and the limitations of humanoid robotics.
You’re planning a trial near employees, so you need to assess the work area, potential collisions and effective protective measures before use. The DGUV’s risk assessment covers the intended workplace.
You need repeatable trials, suitable software access and clarity about who is responsible for integration, operation and supervision. Fraunhofer IPA describes a step-by-step process of exploring and testing a robot before introducing it into operations.
First, establish whether the process involves changing handling tasks or a fixed, repeatable activity. For fixed processes, compare specialised automation alongside a humanoid robot. On 10 March 2025, Fraunhofer IPA reported that respondents considered wheeled platforms or stationary dual-arm systems more suitable, depending on the task.
| Consideration | What to check before buying | Who it matters most to |
|---|---|---|
| Workplace safety | Have routes, grippers, moving objects and stopping behaviour assessed; check that protective measures are effective before the first use. The DGUV highlights the risk of potential collisions. | If employees might enter the test area, I want routes, grippers and stops assessed in advance. Around 31% of consumers put safety in the specific workplace first. |
| Task capability and operator involvement | Define the workpieces, variants, routes and success criteria; record successful runs, errors, interventions and operating time separately. Fraunhofer IPA identifies technical limitations as an important part of pilot planning. | For a specific picking or transport task, I want to know how often the process succeeds and when people need to intervene. Around 31% of consumers prioritise proof that the robot can perform the task. |
| Integration with existing processes | Set out IT and equipment interfaces, programming, workplace changes and training in the scope of work; confirm software access for the exact variant. | If my team needs to connect the robot to existing equipment and IT systems, I need clear responsibilities and the right access. For around 23% of consumers, integration is the top priority. |
| Procurement and support requirements | Compare rental, purchase and leasing offers for the same task and duration; list travel, technician hours, set-up, training, insurance and ongoing support separately. | To make a decision for my business, I want to know what’s included in the pilot and what my team will need to handle itself. Around 15% of consumers focus primarily on procurement and support requirements. |
A demonstration of a movement sequence proves neither that the required cycle time can be met nor that your specific task can be performed reliably. Fraunhofer IPA identifies technical limitations and step-by-step testing as important parts of a pilot.
Agree on repeatable test steps and record human interventions as well as successful runs.
Additional development, operation and integration work can extend the organisational effort beyond the trial itself.
Unitree states that the standard G1 does not support further development, and directs users to the EDU version for this capability.
Ask the supplier to confirm the full model name, the interface permissions you need and the specification of the variant on offer.
Without development access, you may need to switch to a different variant and repeat integration work.
ECOSPHERE’s offer includes a Unitree G1 Education, two technicians and an introductory session. The insurance cover explicitly described applies to events and does not automatically constitute a commitment to cover a production pilot.
Request a quote for your specific task, site and planned duration, and agree in writing on supervision, liability and insurance for that use.
Travel, support over several days and integration may require additional planning.
A mobile platform or stationary dual-arm system may be more suitable for some tasks; that does not mean one type is always superior.
For the same process, compare a supervised humanoid trial with a suitable specialist solution.
Mobility you don’t need can involve additional integration steps.
Unitree offers different starting points for movement and development trials. In Germany, the H series is also available to buy or lease, with the option to enquire about a project.
NEURA Robotics positions 4NE1 as a humanoid platform for manipulation and transport.
Agility Robotics describes Digit 5 as a solution for industrial material flows, bringing together robots, workflow control and service.
Apptronik positions Apollo for material handling and tasks in manufacturing and warehousing.
ECOSPHERE offers supervised on-site trials with a Unitree G1 Education; it is not a robot manufacturer.
The Joybuy products below are humanoid robots and development platforms. Their stated purposes and available access vary by model. Product descriptions do not prove performance on a specific operational task or workplace safety. Assess the intended work area and protective measures before using a robot in your business.
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The product description presents this model as an embodied AI development platform, which may be suitable for related development trials.
Listed specifications include 22 degrees of freedom and 48 TOPS AI.
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The product description positions this variant for education, research and development. Check that its access options meet your needs.
Listed specifications include 22 degrees of freedom and 117 TOPS AI.
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The product description lists a humanoid robot with a language model and Smart Interaction; it does not specify a particular operational task.
Listed specifications include 26 degrees of freedom, two cameras and a blue-and-white colour option.
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The product description lists a humanoid robot with a language model and Smart Interaction. Check that it’s suitable for your specific task before planning to use this variant in an operational trial.
Listed specifications include 20 degrees of freedom, a monocular camera and a red-and-gold colour option.
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The product description lists force-controlled hands. Before a picking trial, check that this version and its access options are suitable for your task.
SDK/API is not available for this version, according to the product description.
Choose a limited, repeatable process with defined objects, start and end points, and clear rules for when people should intervene. Compare the mobility, manipulation, perception and safety requirements with the configuration on offer. A stated application is not, by itself, proof that the robot can perform your task.
ECOSPHERE’s rental offer includes two technicians, set-up, operation, dismantling and an introductory session. For a production pilot, agree in writing which tasks the technicians will handle, who will intervene if something goes wrong and what your team will be responsible for.
Compare offers for the same scope of testing and the same duration. ECOSPHERE lists travel and related costs separately; Terra Robotics offers the H series for purchase or lease, as well as project enquiries, with services varying by package. In particular, check whether the insurance and support cover your actual operational trial.
No. Marking does not replace a risk assessment for the specific workplace. The DGUV highlights the possibility of collisions; the Federal Institute for Occupational Safety and Health (BAuA) also states that the effectiveness of protective measures must be checked before first use. Under the legal position explained by the BAuA as at 19 October 2026, the EU Machinery Regulation (EU) 2023/1230 applies to the placing of machinery on the market from 20 January 2027.