Seer Robotics Autonomous Counterbalanced Forklifts

Seer Robotics Autonomous Counterbalanced Forklifts

Counterbalanced forklifts are the most versatile trucks in material handling, able to pick pallets directly from the floor, from racking, and from vehicles without straddle legs reaching under the load. Seer Robotics autonomous counterbalanced forklifts bring driverless operation to this workhorse format: they navigate facilities using laser-based localization, detect pallets with onboard perception, and execute pick, transport, and place missions dispatched by fleet-management software — repeatably, around the clock, and without an operator on board.

These vehicles suit operations where pallet movement is high-volume and repetitive: transfers between production and warehouse, replenishment between storage and staging, dock-to-stock flows, and shuttling between fixed handoff points. Automating such flows frees trained forklift drivers for exception work while delivering consistent cycle times shift after shift.

Key Capabilities

• Free navigation: laser-based localization without magnetic tape, wires, or reflector-only infrastructure, so routes can be changed in software as the operation evolves.
• Pallet perception: onboard sensors identify pallet pockets and verify alignment before engagement, accommodating normal variation in pallet placement.
• Lifting and stacking: counterbalanced masts support floor-level picks and placement at height, enabling racking and stacking missions, with working heights depending on the specific model.
• Safety systems: safety-rated scanners and protective functions slow or stop the vehicle when people or obstacles enter its path, supporting operation in shared spaces under proper site rules.
• Fleet coordination: Seer fleet software dispatches jobs, manages traffic among multiple vehicles, and integrates with warehouse-management and manufacturing systems.
• Automatic charging: vehicles route themselves to charging stations between missions, supporting continuous multi-shift operation.

Where Counterbalanced Models Fit Best

Choose a counterbalanced autonomous forklift when loads must be picked where straddle legs cannot go: closed-bottom pallets, floor positions against walls, pickup from stands and machines, or interfaces with conveyors and vehicles. If your flows involve only open-bottom pallets in wide aisles at low heights, an autonomous pallet truck may be the more economical choice — many operations deploy both types in one coordinated fleet, assigning each mission to the appropriate vehicle class.

Planning a Deployment

Map the Flows

Document each pallet flow to be automated: origin, destination, pallet types, load weights, pick and place heights, and required moves per hour. This defines vehicle count and configuration.

Prepare the Facility

Review aisle widths, floor condition, ramp grades, dock areas, and wireless coverage. Define clear pallet positions at handoff points — consistent pallet placement is the foundation of reliable automated picking.

Integrate and Pilot

Start with one or two flows in production, tune traffic rules and charging thresholds, then expand. Train supervisors on mission monitoring and simple recovery procedures so the fleet is self-sufficient shift to shift.

Pricing and Availability

Pricing depends on model, lift height, load capacity, fleet size, and software scope. Submit a request for quotation with your pallet flows, load details, and facility information, and our team will respond with recommended configurations, current pricing, and estimated delivery for your project.

Frequently Asked Questions

What is the advantage of counterbalanced over pallet truck AMRs?

Counterbalanced vehicles pick closed-bottom pallets and loads from floor positions, stands, and racking without straddle legs, making them the more versatile choice where load types and positions vary.

Can these forklifts work alongside manual trucks and people?

Yes, with proper site planning. Safety scanners manage speed and stopping around people, and site traffic rules should define how manual and autonomous vehicles share zones.

How do the forklifts find pallets?

Onboard perception detects pallet pockets and verifies alignment before the forks engage, tolerating normal placement variation at defined pickup positions.

Can I mix counterbalanced forklifts with other Seer robots?

Yes. Seer fleet software coordinates mixed fleets — counterbalanced forklifts, pallet trucks, and other AMRs — assigning each job to the most suitable vehicle.