MRPX Technologies
Add simulation capacity without adding another full-time engineer. MRPX takes defined robotics simulation, validation, testing, and ROS integration work off your backlog and returns a documented result.
Simulation Sprint starting at $2,000. Larger work is scoped by work package.
Recorded pick-and-place check in a simulated workcell. MRPX builds the simulation. MRPX does not manufacture the robot.
Robotics teams accumulate simulation work between controls, integration, testing, and deployment. The work still has to get done. MRPX takes a defined task from that backlog and returns a documented engineering deliverable.
A tightly scoped project, or external simulation capacity for work already sitting in the backlog.
Fixed scope
Starting at $2,000
One robot. One scenario. One engineering question. One documented result.
External capacity
Scoped by project, milestone, or work package
Have simulation work already sitting in your engineering backlog? MRPX takes defined ROS, simulation, validation, modeling, testing, or virtual-engineering packages and delivers them as project work.
Organized by the engineering outcome. The simulation environment is selected for the project.
You receive an engineering deliverable. A video can be part of it. It is not the whole delivery. A standard sprint targets 7–10 business days after inputs are accepted. That is a target, not a guaranteed date.
The robot, the scenario, and the decision the simulation should support.
What you will send, what “done” means, and what is out of scope.
The environment and the scenario needed to answer that question.
The result against the question, with the assumptions written down.
The simulation package and the evidence agreed in the scope.
Deliverables depend on the agreed scope. A project does not include every item.
A recorded MRPX workcell check. This is not a customer case study.
Can the simulated robot complete the transfer and keep the part through the commanded motion to the marked target?
Model the workcell and motion sequence, execute the simulated transfer, and review the carry between the two marked pads.
A repeatable recorded scenario that can be reviewed before committing more hardware or test time.
A workcell transfer check in simulation. This is an MRPX example, not a paying-customer project, and it does not certify the physical robot.
Robotics and automation teams that already have simulation work and need it finished.
A simulation task can matter without a permanent headcount increase.
Only the stack behind published MRPX simulation work. The environment for a new project is chosen after the engineering question is clear.
The surgical research console uses the AMBF framework. That console is a technology demonstration, not the commercial product. Details are on the about page.
Selected projects can continue as a hosted validation environment, a review dashboard, or a connected workflow. That follows the engineering work. It is not the place to start.
Starting at $200/month. Keep a validated simulation up for reviews and reruns. This is a hosted simulation, not a live operational twin.
Request hosted accessStarting at $1,000 as an add-on. Custom review panels when a hosted environment needs a richer surface.
Request a dashboardStarting at $6,000 when a validated simulation must connect to real telemetry. Scoped separately. Not safety-critical autonomous control.
Discuss a connected twinSend the engineering question, the robot or platform, the simulation environment, and the outcome you need. We can tell you whether it fits a Simulation Sprint or a larger engineering work package.
What does a sprint cost? Well-scoped work starts at $2,000. Larger cells and harder robots are quoted at $5,000, $10,000, and up. The number on this page is a starting point, not a quote.
What about larger simulation work? Extended Simulation Engineering is scoped by project, milestone, or work package. MRPX does not publish an hourly rate.
Do I need to hire someone? No. MRPX delivers a defined package of engineering work.
Do I need complete files? No. The robot, the scenario, and the engineering question are enough to start. A complete URDF is not required to submit.
How long does a sprint take? A standard sprint targets 7–10 business days after scope and inputs are accepted. That is a target, not a guaranteed date.
Does this replace safety certification or PLC commissioning? No. Simulations support engineering review. They do not replace customer validation, hardware safety systems, PLC commissioning, or a professional engineering review. MRPX does not claim safety-critical autonomous control.
Simulations are for demonstration, training, testing, and research purposes. Virtual commissioning does not replace customer-side validation, hardware safety systems, PLC commissioning, or professional engineering review. MRPX does not claim safety-critical autonomous control.