OR-01
A compact platform for movement and interaction research.
Oryn Robotics
Meet the Oryn family.
Explore the Oryn family.
OR-02 Pro
A modular platform with a focus on fine movement.
OR-03 Field
A robust silhouette for field research concepts.
No matches. Try another model.
Explore with a purpose
A platform for careful experimentation.
Explore the concept, then define the environment, task and evidence needed for a real evaluation.
Look a little closer
- Application and task
- Configuration and supervision
- Evaluation requirements
Research
OR-01
A compact platform for movement and interaction research.
| Focus | Research |
| Format | Product exploration |
| Year | 2026 |
Discuss a project
A platform for possibilities
Quiet surfaces, articulated joints and a restrained sensor visor.
Illustrative specifications
Concept configuration: modular sensing, onboard compute and replaceable battery. Illustrative specifications.
Develop with context
Real applications require validated engineering and supervised testing.
Oryn Robotics
Keep exploring
OR-02 Pro
A modular platform with a focus on fine movement.
OR-03 Field
A robust silhouette for field research concepts.
The details to agree.
- 01
Define the task
Describe the environment, the intended work and the people supervising it. Keep the assumptions visible.
- 02
Review the configuration
Check the required interfaces, physical setup and supporting equipment with the responsible team.
- 03
Plan the evaluation
Agree on the questions to test and the limits of the trial before moving beyond the concept.
A platform for careful experimentation
Make the next step specific.
Share your intended use and the requirements that matter.
Precision
OR-02 Pro
A modular platform with a focus on fine movement.
| Focus | Precision |
| Format | Product exploration |
| Year | 2026 |
Discuss a project
A platform for possibilities
Quiet surfaces, articulated joints and a restrained sensor visor.
Illustrative specifications
Concept configuration: modular sensing, onboard compute and replaceable battery. Illustrative specifications.
Develop with context
Real applications require validated engineering and supervised testing.
Oryn Robotics
Keep exploring
OR-01
A compact platform for movement and interaction research.
OR-03 Field
A robust silhouette for field research concepts.
The details to agree.
- 01
Define the task
Describe the environment, the intended work and the people supervising it. Keep the assumptions visible.
- 02
Review the configuration
Check the required interfaces, physical setup and supporting equipment with the responsible team.
- 03
Plan the evaluation
Agree on the questions to test and the limits of the trial before moving beyond the concept.
A platform for careful experimentation
Make the next step specific.
Share your intended use and the requirements that matter.
Field
OR-03 Field
A robust silhouette for field research concepts.
| Focus | Field |
| Format | Product exploration |
| Year | 2026 |
Discuss a project
A platform for possibilities
Quiet surfaces, articulated joints and a restrained sensor visor.
Illustrative specifications
Concept configuration: modular sensing, onboard compute and replaceable battery. Illustrative specifications.
Develop with context
Real applications require validated engineering and supervised testing.
Oryn Robotics
Keep exploring
The details to agree.
- 01
Define the task
Describe the environment, the intended work and the people supervising it. Keep the assumptions visible.
- 02
Review the configuration
Check the required interfaces, physical setup and supporting equipment with the responsible team.
- 03
Plan the evaluation
Agree on the questions to test and the limits of the trial before moving beyond the concept.
A platform for careful experimentation
Make the next step specific.
Share your intended use and the requirements that matter.
Oryn Robotics
Good things start
with a conversation.
Tell us about your research.
Oryn Robotics
Hardware. Sensing. Movement.
hello@orynrobotics.example
Monday–Friday · 9:00–18:00
A new project
A collaboration
A question
Exploring options
This month
Next quarter
Preview message
We reply within one working day, and your details stay with us.
Useful context
- Application and task
- Configuration and supervision
- Evaluation requirements
Before the conversation
- Share the outcome you want.
- Include any dates or constraints.
- Tell us what you have already considered.
What happens here
- The form validates your entries locally.
- You can review the sample response.
- Nothing is sent or reserved by this preview.
Oryn Robotics
A little more
about Oryn Robotics.
Hardware. Sensing. Movement.
Our point of view
Care is in
the details.
A robotics design study in material, motion and human curiosity.
A clear product language for complex machines.
Start a conversation
What guides the work.
- 01
Start with context
Explore the concept, then define the environment, task and evidence needed for a real evaluation.
- 02
Make the details useful
Keep the information needed for a choice close to the choice itself. Clear names, readable dimensions and a visible next step matter more than adding another layer.
- 03
Leave room for the individual
The right starting point depends on the person, place and purpose. Use the collection as a guide, then ask about the details that make your situation different.
A platform for careful experimentation
Find your starting point.
Explore the collection or share a specific question with us.
Oryn Robotics
A few useful answers.
A closer look at Oryn.
Can we see a platform before ordering?
Yes. Visit the Rivergate lab any weekday, or book a demonstration day and we bring an OR-01 to you.
How is a platform priced?
Base platform, chosen modules and a care plan, quoted as one figure. There are no licence fees for the SDK or updates.
Can the platform be customised?
Hands, sensor heads and end effectors are interchangeable. For anything beyond the catalogue, the engineering team scopes custom modules on request.
A few practical details.
Which environments is it rated for?
Indoor spaces as standard. OR-03 Field adds sealed joints and an extended temperature range for barns, glasshouses and light rain.
How are software updates delivered?
Over the air, on a schedule you set. Every release is tested on the simulator first and can be rolled back from the dock.
What happens at end of life?
We take every platform back. Modules are refurbished or recycled, and you receive credit toward the next generation.
Oryn Robotics
Stay in the loop.
Research notes and new concepts.
Inside the next edition
A platform for careful experimentation.
Explore the concept, then define the environment, task and evidence needed for a real evaluation.
A few things to expect
- Application and task
- Configuration and supervision
- Evaluation requirements
Oryn Robotics
This page wandered off.
There is plenty more to discover.
Oryn Robotics
The intelligence
is in the details.
Sensing, movement and control.
Perception
A protected sensor array gives each concept a clear visual identity.
Movement
Articulated joints make the movement architecture visible.
A connected platform
Telemetry and configuration belong to one coherent interface. Concept only.
From the idea to everyday use.
- 01
Audit
Compare real screens and find the repeated decisions. Identify where similar components behave differently.
- 02
Consolidate
Define a smaller set of patterns with explicit states. Check keyboard use, long content and compact layouts.
- 03
Maintain
Give the team working examples and a clear process for changes. A system should make the next screen easier to build.
A platform for careful experimentation
Continue with a clear question.
Tell us which part of the experience you would like to explore.
Oryn Robotics
Built to explore
what comes next.
Four directions for supervised research.
Research & education
A platform for studying movement and interaction in a controlled environment.
Precision tasks
A concept for exploring fine control, careful sensing and repeatable motion.
Field exploration
A visual study of robust hardware in an outdoor research setting.
Human interaction
An approachable hardware language for supervised interaction research.
Before the next step
A platform for careful experimentation.
Explore the concept, then define the environment, task and evidence needed for a real evaluation.
Ask about the detailsWorth checking
- Application and task
- Configuration and supervision
- Evaluation requirements
Oryn Robotics
Research & education
Study movement in a prepared environment.
The context
Define a narrow research question and a supervised test setting.
A considered starting point
Document the task, conditions and observations.
The details to agree.
- 01
Define the task
Describe the environment, the intended work and the people supervising it. Keep the assumptions visible.
- 02
Review the configuration
Check the required interfaces, physical setup and supporting equipment with the responsible team.
- 03
Plan the evaluation
Agree on the questions to test and the limits of the trial before moving beyond the concept.
A platform for careful experimentation
Make the next step specific.
Share your intended use and the requirements that matter.
Oryn Robotics
Precision tasks
Explore the detail of controlled motion.
The context
Focus on sensing, mechanism design and repeatable movement.
A considered starting point
Capabilities shown here are concepts, pending engineering validation.
The details to agree.
- 01
Define the task
Describe the environment, the intended work and the people supervising it. Keep the assumptions visible.
- 02
Review the configuration
Check the required interfaces, physical setup and supporting equipment with the responsible team.
- 03
Plan the evaluation
Agree on the questions to test and the limits of the trial before moving beyond the concept.
A platform for careful experimentation
Make the next step specific.
Share your intended use and the requirements that matter.
Oryn Robotics
Field exploration
Consider hardware in a changing setting.
The context
Study how surfaces, visibility and weather affect the research question.
A considered starting point
This is a visual concept, not an operating specification.
The details to agree.
- 01
Define the task
Describe the environment, the intended work and the people supervising it. Keep the assumptions visible.
- 02
Review the configuration
Check the required interfaces, physical setup and supporting equipment with the responsible team.
- 03
Plan the evaluation
Agree on the questions to test and the limits of the trial before moving beyond the concept.
A platform for careful experimentation
Make the next step specific.
Share your intended use and the requirements that matter.
Oryn Robotics
Human interaction
Make the machine easier to understand.
The context
Explore posture, sensor placement and clear feedback in a supervised setting.
A considered starting point
Begin with a focused interaction and documented constraints.
The details to agree.
- 01
Define the task
Describe the environment, the intended work and the people supervising it. Keep the assumptions visible.
- 02
Review the configuration
Check the required interfaces, physical setup and supporting equipment with the responsible team.
- 03
Plan the evaluation
Agree on the questions to test and the limits of the trial before moving beyond the concept.
A platform for careful experimentation
Make the next step specific.
Share your intended use and the requirements that matter.
Oryn Robotics
A closer look.
Explore the model specifications.
OR-01
Compact movement and interaction research.
OR-02 Pro
Modular precision research.
OR-03 Field
Field research concept.
Before the next step
A platform for careful experimentation.
Explore the concept, then define the environment, task and evidence needed for a real evaluation.
Ask about the detailsWorth checking
- Application and task
- Configuration and supervision
- Evaluation requirements
Oryn Robotics
A quieter material language
Let proportion explain the machine.
Look beyond the silhouette
A research platform’s outer form needs to be read alongside access, serviceability and the intended environment. This concept explores those relationships visually; the rendered surface is not evidence of a tested material or manufacturing process.
The enclosure is part of the experiment.
Keep the questions explicit
Document which parts need access during an experiment and where cables or tools would be handled. Treat those as design questions to resolve with the engineering team. A clear list is more useful than assuming a polished render answers them.
Review with the people using it
Walk through setup, observation and shutdown as separate activities. Capture what the operator needs to see at each stage. The next prototype should address a specific question rather than simply adding more detail.
Oryn Robotics
The detail of a hand
A small mechanism. A complex problem.
Choose one interaction
Begin with a clearly described manipulation task and the objects involved. Record the environment, the supervision required and what a successful observation would look like. This concept does not claim measured dexterity or validated performance.
A task gives a mechanism its context.
Observe the whole sequence
Consider setup and recovery as well as the central movement. The surrounding workflow can expose needs that a single demonstration misses. Keep the observation separate from the conclusion drawn from it.
Leave a useful record
Document the configuration and the limits of the test. Share the questions that remain open with the people planning the next iteration. A repeatable record is more valuable than a dramatic but unexplained result.
Oryn Robotics
Taking a concept outside
Context changes the design question.
Describe the environment
A platform shown in a field setting still needs a clear operating envelope. List the conditions, access arrangements and supervision that would need assessment. The concept imagery is a starting point for discussion, not proof of field readiness.
A new setting needs a new review.
Plan the observation
Choose one question to investigate and the information needed to answer it. Separate assumptions about the setting from what has actually been observed. Keep a practical plan for stopping the trial when the conditions change.
Review before expanding
Bring the notes back to the people responsible for the platform and environment. Resolve the most consequential unknowns before widening the scope. The next step should follow evidence from the review, rather than the visual appeal of the demonstration.
Oryn Robotics
A few things
worth noticing.
Materials, mechanisms and research settings.
Notes / 01
A quieter material language
Designing a machine that communicates through proportion.
Notes / 02
The detail of a hand
A small mechanism with a large design challenge.
Notes / 03
Taking a concept outside
Why context changes the hardware conversation.
Explore with a purpose
A platform for careful experimentation.
Explore the concept, then define the environment, task and evidence needed for a real evaluation.
Look a little closer
- Application and task
- Configuration and supervision
- Evaluation requirements
The first of a new family
OR-01
Considered motion.
Human curiosity.
ModularBy design
AdaptiveBy concept
OpenTo possibility
A coherent system
Hardware. Sensing. Movement.
A closer look.
Explore the next platform
Quietly capable.Connected systemsOne platform.
Purposeful designEvery detail
Built to explore.A different point of view.
One platform.
Many possibilities.
Purposeful designEvery detail
has a role.
Built to explore.A different point of view.Oryn Robotics
The family, considered.
Oryn Robotics
Curiosity meets capability.
Make room
for what’s next.
Ideas shaping the next generation of machines.
Read the journal
Engineering, in brief
Numbers that matter
on the bench.
Measured on the OR-01 in its standard configuration. Every figure is repeatable; the method sheet is in Downloads.
32Degrees of freedom, with a fully articulated hand on each arm
6.5 hContinuous runtime at walking pace, hot-swappable in under a minute
12 kgRated two-hand payload, held at full reach
<38 dBActuator noise at one metre, quieter than a library
Modular by default
Arms, hands and sensor heads share one mechanical and electrical interface. Swap a module in the field, not the workshop.
An open SDK
Python and C++ bindings, ROS 2 packages and a simulator that matches the hardware to the millimetre. Your code runs on day one.
Safe around people
Torque limiting on every joint, a 360° depth ring and a stop that is mechanical, not just software. Certified for shared spaces.
Quiet enough to think
Harmonic drives and a low-vibration chassis keep the platform under conversation level, even under load.
In the field
What partners tell us.
From the labs, studios and farms running Oryn platforms today.
We had the OR-01 walking our corridor test loop within an afternoon. The SDK is the first we have used that does not fight the hardware.
The hand is the reason we chose Oryn. Picking seedlings without bruising them is a task most platforms fail at on day one.
Quiet matters more than anyone expects. Visitors talk to the OR-02 instead of about it. That changes the whole exhibit.
Before you ask
The practical questions.
Lead times, support and what happens after delivery. For anything technical, the engineering team answers directly.
All questions
How long is the lead time?
OR-01 ships in six to eight weeks. OR-02 Pro and OR-03 Field are built to order and take ten to twelve. A demonstration unit can usually visit you sooner.
What comes in the box?
The platform, two battery packs, a charging dock, the calibration kit and a year of software updates. Extra hands and sensor heads are ordered separately.
Can we write our own behaviours?
Yes. The SDK exposes every joint and sensor. Most teams start from the sample behaviours and are running their own within the first week.
What support is included?
A named engineer for the first ninety days, then a support desk with a four-hour response during working hours. On-site visits are available under the care plan.
Is there education pricing?
Universities and research institutes receive 20% off the platform and free simulator seats for students. Ask about the loan programme for short projects.
See it move
Request a demonstration.
We bring an OR-01 to your space for a day. Bring the task you are unsure about; that is the one we want to try.
Book a demonstrationDownload the spec sheet