Motion studies, application test environments and feasibility work for robotics teams. Start with one task and leave with something your team can review, run and build on.
Simulation for Dubai & UAE projects
Two official Unitree examples show locomotion in a virtual environment.
Source: Unitree Robotics · RL Gym. Official simulation reference.
Source: Unitree Robotics · RL Gym. Official simulation reference.
Footage by Unitree Robotics, shown as simulation references. Kinbotix’s project scope, tools and validation are agreed separately.
Choose the question you need to answer. We agree the model, deliverables, review point and price before development starts.
Gestures, dance studies & demonstrations
Turn a reference or an idea into a short motion study for an agreed robot model. Review the poses, timing and sequence before deciding how to take it further.
What you receiveA rendered preview, agreed motion or keyframe files, and notes on the model and its limitations.
Useful for a supplier or event operator planning a customer demonstration.
Discuss this projectWorkflows, inputs & robot responses
Develop a test environment around one application workflow. Use agreed simulated inputs and robot states to examine how the software responds, including interrupted or incomplete interactions.
What you receiveRunnable test code, representative scenarios, a recorded walkthrough and setup instructions.
Useful for a supplier or development team preparing an application before hardware integration.
Discuss this projectOne question, a defined investigation
Investigate a specific movement or application constraint. We agree what can be assessed with the available model and tools, then document the result and the next engineering step.
What you receiveAn agreed model or test setup, visual evidence, findings and a recommendation for the next milestone.
Useful when a product team needs evidence before committing to a larger development project.
Discuss this projectEach proposal states the level of testing included and the assumptions behind the result.
Review poses, timing and the intended sequence before choosing the next test.
Where included, examine the agreed behaviour using a physics model. The findings depend on the model, controller and test conditions.
Plan a separate test milestone around the exact robot, software access and operating environment before physical deployment.
A short brief is enough to start. A reference video, sketch or existing project can help us understand the intended result.
Contact us about simulationYes, for a suitably scoped software prototype or motion study. We first check the available robot model, documentation and software interfaces. The proposal identifies which questions can be answered offline and which need access to the actual robot.
Our current development experience centres on Unitree G1, with pose preparation, retargeting and MuJoCo experiments. We assess other humanoids and robot dogs individually. A usable model, the exact hardware edition and SDK access help determine the scope.
Physical performance needs its own validation. A visual preview can show a sequence; a physics simulation can examine behaviour within its model and assumptions. Neither establishes safe execution on your hardware. Hardware testing, controller work and commissioning are separate milestones when they are part of the project.
The proposal lists the handover files and formats before development starts. Depending on the project, these can include keyframes or motion data, a runnable scene or test environment, code, a video and findings. We also document dependencies, setup steps and any third-party asset or software requirements.
We quote after reviewing the robot model, the task, available assets and the result you need. A useful starting point is one paid milestone with an agreed demonstration and handover. Model preparation, new integrations and hardware testing are identified in the scope where needed.
Tell us about the robot, the idea and the decision you need to make. We’ll help define a practical first milestone.
Discuss a simulation project
