Applied robotics studio · Vancouver, BC

ROS 2 integration and simulation for your hardware.

We build ROS 2 drivers and simulation models so your customers can evaluate and integrate your hardware. Start with one documented device; add physical testing to measure how closely its model matches the real unit.

In view: field trial & simulation concepts Explore our demos
01 What we do

Start with one device.

Choose the work your device needs. Each scope has agreed deliverables, software versions and acceptance tests.

Device integration

ROS 2 hardware driver

A documented interface to command your device and read its feedback, tested on the agreed hardware.

Driver scope and inputs

Simulation model

Simulation-ready asset

Geometry, motion constraints and interfaces for the simulator and use case agreed with your team.

Model scope and inputs

Physical comparison

Hardware validation

Compare a model with measurements from a real unit. Report the differences, fitted parameters and remaining limits.

Validation scope and inputs

02 Projects

Projects and demos.

ROS 2 motor-controller interfaceDevice integration
Big Stu, the rover used for motor-controller integration
Our rover test platform

Commands, feedback and fault handling.

Connects ROS 2 to physical drives, with velocity commands, wheel feedback and fault reporting.

Inside a test reportSample report
Cabinet-shop simulation used for the sample test report
Simulation checks from the cabinet-shop project

What a test report contains.

See how selected checks from the cabinet simulation are reported, what they establish and which physical tests remain.

Simulated actuator and hold-down roller above a moving part
Featured demo · Simulation test

Actuator contact control

An external ROS 2 controller keeps a simulated roller in contact as the surface changes.

Watch the comparison · All demos

03 How it starts

The work runs in three steps, from scoping call to handover.

  1. Step 1

    Scope it small

    Start with a free twenty-minute scoping call. We’ll review the task and available information, then propose a scope and price. If a paid assessment is needed first, we’ll agree that with you before proceeding.

  2. Step 2

    Build and validate

    We build to the agreed scope and test the delivery. Hardware validation compares the model with physical measurements and reports the difference.

  3. Step 3

    Handover

    You receive the files, documentation and a handover session. The quote identifies ownership and any licences needed to run the delivery.

04Why Drimkoe

How we support your project.

Device interfaces and models

We develop the software interfaces and simulation models needed to evaluate a device in a robotics system.

Review relevant projects

We identify relevant completed work, experiments and remaining development when scoping your project.

Bench and site work

Ship a unit to our lab, or arrange measurements on your site. Remote work is available anywhere.

Next step

Need an interface or simulation model for your device?

Discuss the job on a free twenty-minute call. We confirm the scope and whether a paid visit is needed before quoting.

Or email hello@drimkoe.com