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We help manufacturers and warehouses improve efficiency, safety, and throughput using autonomous mobile robots that integrate seamlessly into existing operations.

GOAT Robotics delivers Autonomous Mobile Robot (AMR) solutions that optimize factory logistics, reduce manual material handling, and improve efficiency across manufacturing facilities.

Autonomous Mobile Robots shaping the future of factory logistics. /

Autonomous Load Handling

GT Series robots automate pallet and load transport across shop floors and warehouses. With precise navigation and stable movement, they reduce manual dependency and improve operational efficiency.

Scalable & Reliable Operations

Designed for manufacturing and intralogistics, GT Series adapts to evolving workflows. Its industrial-grade build ensures continuous performance with minimal maintenance.

High-Capacity Transport

GTX Series is engineered to move heavy and bulky loads with stability and precision. It reduces forklift reliance while ensuring safe, long-distance material movement.

Built for Demanding Environments

Optimized for high-duty industrial settings, GTX integrates seamlessly into existing layouts and supports continuous, high-performance operations.

Precision Pallet Movement

GT-XP automates pallet pickup, transport, and drop-off with accurate positioning and stable load control across production and warehouse zones.

High-Throughput Performance

Designed for warehousing and logistics, GT-XP supports scalable deployment while maintaining safe, reliable pallet flow.

Intelligent Cart Towing

GT-XT autonomously tows carts and trolleys across factory floors, improving internal logistics and reducing manual handling.

Seamless Workflow Integration

Built for assembly lines and in-plant transport, GT-XT integrates easily into existing pathways and processes for consistent performance.

GOAT Robotics delivered a pharma-grade AMR aligned with US FDA expectations, enabling contactless movement in aseptic areas. The solution reduced manual handling risks and integrated seamlessly into our validated manufacturing process.

Head - Engineering & Aseptic Operations

The AMRs were tightly integrated with our ERP-driven pull system, enabling sequence-based material delivery, inventory synchronization, and error-free line-side logistics.

Senior Manager - Logistics and Material Handling

GOAT Robotics stood out for its flexible software architecture, enabling deep customization without reinventing the base platform—something most AMR vendors could not support at low volumes.

Head – Industrial Automation

The 1.5–1.75 ton payload AMRs enabled fully automated material movement across floors using lift and shutter integration, eliminating manual intervention in a high-throughput manufacturing environment.

Plant Head – Manufacturing

The AMR allowed material and microbial tool movement without stopping live filling operations. This improved operational continuity, reduced human intervention, and supported consistent aseptic manufacturing.

Head of Manufacturing

Compared to complex PLC-based AMRs, GOAT Robotics delivered a simpler, more reliable software platform that our teams could easily maintain and troubleshoot without frequent external dependency.

Digital Transformation Manager

GOAT Robotics demonstrated strong engineering capability by customizing the AMR with stainless steel construction and UV-based disinfection, addressing critical pharma compliance and hygiene requirements.

Senior Engineering

GOAT Robotics collaborated extensively to meet Toyota’s stringent safety standards, implementing hardware-based safety circuits, multi-sensor redundancy, and design changes critical for high-speed manufacturing environments.

Head – Industry Safety

GOAT Robotics AMRs have been operating at 100% utilization for over a year with no major downtime, supporting high-frequency material movement in our compressor manufacturing operations.

Head of Operations

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