Mechanical System
Robot size, structure, legs, wheels, payload mounting, enclosure, environmental protection, and application-specific mechanics.
Custom robot programs
Need more than a standard robot?
For large deployments, Kinatric can design the robot around your application. Some applications cannot be solved by adding a sensor to an off-the-shelf robot. For customers that need significant quantities, we can develop a robotic platform around the payload, environment, endurance, communications, autonomy, and operating requirements of the deployment.
Built around your mission
We design the complete platform
From structure and movement to the information layer, each system is designed as one deployable machine.
Motion System
Actuators, gearing, motor control, reinforcement-learning locomotion, terrain behavior, speed, and payload requirements.
Power
Battery architecture, runtime, charging, power distribution, and unattended charging systems.
Compute
Edge AI computers, NVIDIA Jetson platforms, Raspberry Pi, x86, specialized accelerators, or selected compute.
Sensors
Visible and thermal cameras, LiDAR, depth, audio, gas, acoustic, environmental, or specialized sensing.
Communications
Wi-Fi, Ethernet, 4G/5G, private cellular, RF, satellite, or customer-specific networking.
Autonomy
SLAM, navigation, obstacle avoidance, patrol behavior, return-to-charge, teleoperation, and software integration.
Manufacturing
Design for manufacture, supply chain, assembly, testing, quality control, serviceability, and production scaling.
Large deployments
Designed for customers who need more than a few robots
Custom development makes the most sense when the deployment is large enough to justify designing around the application. Kinatric focuses its custom engineering resources on customers with substantial anticipated robot volumes.
If your deployment could require dozens, hundreds, or more robots, we want to understand the application.
From requirement to production
One team from concept through production
A disciplined path from operating requirements to repeatable field deployment.
Define
Environment, use case, fleet size, payload, performance, autonomy, communications, and cost targets.
Design
Mechanical architecture, electrical systems, sensors, power, compute, communications, and charging.
Prototype
Build engineering systems and validate the robot in representative conditions.
Test
Reliability, environment, locomotion, payload operation, charging, and field use.
Produce
Move the validated design into repeatable assembly and quality-control processes.
Deploy
Support customer integration and scaling into the target fleet.
Smart integration
Build what matters. Integrate what already works.
A successful robot does not require reinventing every component. Kinatric can combine our mobility platform and motion technology with proven cameras, compute modules, sensors, communications hardware, and third-party software when those technologies are the best fit.
The objective is not to maximize the number of proprietary components. It is to create the best robotic system for the customer's application.
Self charging
Robots should not need someone standing by with a charger
For unattended deployments, Kinatric can incorporate automatic docking and charging so robots can repeatedly perform missions without manual charging between runs.
Designed and assembled in the U.S.
Built close to the customer
Kinatric is a U.S. corporation, and our D2 robotic platforms are designed and assembled in the United States. For custom large-volume programs, working directly with the company designing the robot makes it possible to optimize the platform around the deployment rather than force the deployment around an existing robot.
Start a conversation
Tell us what you want to deploy
Send us the application, environment, payload, expected fleet size, and capabilities you need. We'll tell you whether Kinatric's standard platform or a custom program is the better fit.