Seer Controllers

Controllers for Seer Robotics Platforms

The controller is the computing core of an autonomous mobile robot: it runs localization and navigation, processes sensor data, manages motion control, and connects the vehicle to fleet-management software. This category contains controllers and related control hardware for Seer Robotics platforms, used both in complete Seer vehicles and in custom automation projects where integrators build autonomous vehicles on Seer's control architecture.

Seer's controller ecosystem is one of the reasons the platform is popular with system integrators. Rather than developing navigation software from scratch, an integrator can pair a Seer controller with a chassis, motors, and sensors to create a purpose-built autonomous vehicle — a specialized tugger, a custom pallet mover, or an application-specific carrier — that then operates within the same fleet software as standard Seer robots.

What a Robot Controller Handles

• Localization and mapping: building facility maps from laser scanner data and continuously computing the vehicle's position within them.
• Path planning and motion control: generating smooth, safe trajectories and driving the motor systems to follow them precisely.
• Sensor fusion: combining lidar, camera, encoder, and inertial data into a coherent picture of the vehicle's surroundings.
• Safety interfacing: connecting with safety scanners, emergency stops, and protective circuits that govern vehicle behavior around people.
• I/O and peripherals: controlling lift mechanisms, roller tops, pin hooks, indicators, and other application hardware through digital and analog interfaces.
• Connectivity: communicating with fleet-management systems over wireless networks for job dispatch, traffic control, and monitoring.

Choosing the Right Controller

Match the Controller to the Vehicle Class

Controller models differ in processing capability, supported sensor counts, and I/O capacity. A compact carrier robot and a heavy autonomous forklift place different demands on the control system, so the controller must be specified for the vehicle type and payload class it will manage.

Confirm Sensor and Interface Requirements

List the sensors and peripherals your design requires — laser scanners, cameras, encoders, lift actuators, signal lights — and verify the controller provides the necessary ports, protocols, and processing headroom.

Software and Tooling

Seer controllers are configured through the platform's implementation tools, which handle mapping, parameter tuning, and mission logic. Confirm that your team or integration partner is familiar with the toolchain, or plan training as part of the project.

Replacement and Spares

For operating fleets, controllers in this category also serve as replacement units and commissioning spares. Specify your existing vehicle model and configuration when ordering to ensure exact compatibility.

Who Buys Seer Controllers

Typical buyers include system integrators building custom autonomous vehicles, manufacturers retrofitting existing carts or vehicles with autonomy, maintenance teams stocking critical spares for operating fleets, and research groups developing mobile robotics applications on a proven industrial control stack.

Pricing and Availability

Controller pricing depends on model, configuration, and accompanying accessories or licenses. Submit a request for quotation describing your vehicle project or existing fleet, and our team will respond with compatible controller options, current pricing, and estimated delivery information.

Frequently Asked Questions

Can I build my own autonomous vehicle with a Seer controller?

Yes — that is a primary use case. Integrators pair Seer controllers with their own chassis, motors, and sensors to create custom autonomous vehicles managed by Seer software.

Are controllers interchangeable between Seer robot models?

Not universally. Controllers are specified by vehicle class and configuration, so always confirm your exact robot model when ordering replacements or spares.

What software is used to configure the controller?

Seer provides implementation and configuration tooling for mapping, tuning, and mission setup. Training and documentation options can be outlined during the quotation process.

Do I need a controller spare for my fleet?

Many operators stock at least one spare controller for critical fleets to minimize downtime. Whether it is justified depends on fleet size and how central the robots are to your operation.