It’s Time for PDQ Robots to Do the Driving
THE PDQ ROBOTS
Scenario-Driven System Design
We tailor each robotics strategy based on your unique workflows, site constraints, and operational goals — delivering fit-for-purpose solutions that work in the real world.
Forklift Mobile Robots
PDQ Robotics offers a full range of intelligent forklift robots built for diverse warehouse and industrial applications — from agile models for narrow aisles to heavy-duty units handling up to 3 tons. Our solutions support multiple movement modules, including omnidirectional, front-moving, towing, and balance-based systems, with flexible options for pallet recognition, navigation, and payload customization.
｜ Suitable for applications in retail, 3C, automotive, manufacturing, and high-density racking scenarios.
Forklift Robot Types & Applications
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Omnidirectional Series
Flexible robots with multi-directional movement for tight aisles, complex layouts, and dynamic material flows.
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Stacker Series
Vertical lifting up to 5.5m for pallet stacking and high-bay storage access.
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Transporter Series
Flat-ground pallet transfer for routine warehouse handling and zone-to-zone delivery.
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Compact Transporter Series
Lightweight and agile models built for narrow aisles and high-density storage areas.
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Reach Truck Series
Extendable forks for deep-rack pallet access and efficient handling in tight rack spaces.
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Counterbalance Series
Heavy-duty robots designed to carry large or irregular loads without support legs.
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Towing Series
Hook-type robots for pulling carts, trolleys, or trailers in flexible hauling scenarios.
Carton Transfer Unit Robots
PDQ Robotics offers a complete range of CTU (Carton Transfer Unit) robots designed for unmanned handling of totes, cartons, trays, and line-side materials. These systems are ideal for automated storage, goods-to-person operations, and high-density carton movement.
With modular designs and flexible gripping configurations, CTU robots support single-carton transport, multi-carton transfer, and intelligent sorting. They are compatible with both standard and customized carriers, and can be quickly deployed for scalable, precise handling across dynamic logistics environments.
｜ Suitable for 3C electronics, apparel, automotive, e-commerce, and warehouse fulfilment operations.
CTU (Carton Transfer Unit) Robot Use Cases
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Single Bin Handling
Designed for PCB frames and line-side delivery in 3C and automotive industries. Offers high-precision gripping and flexible movement via differential or omnidirectional drive modules.
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Multi-Bin Transport
Core model for high-throughput bin movement. Supports pulling, gripping, tray lifting, and integration with custom fixtures to meet varied carton formats.
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Sorting Station Integration
Works with the HiSORT intelligent system for multi-SKU sorting. Perfect for e-commerce, 3C, footwear, and apparel scenarios — replacing manual sorting with higher speed and accuracy.
Heavy-load Mobile Robots
PDQ Robotics offers a specialised range of heavy-load mobile robots for transporting large, irregular materials — from battery rolls and coated sheets to photovoltaic rods and full-vehicle assemblies. Built with robust platforms and self-developed components, these robots support cleanroom operations, precise movement, and multi-directional driving.
The HMR series includes models for lifting, coating lines, photovoltaic transport, and vehicle assembly, enabling integration across automotive, electronics, and new energy industries.
｜ Ideal for automotive assembly, lithium battery manufacturing, solar panel processing, and ultra-wide material handling.
Heavy-Load Robot Types & Application Scenarios
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Lifting-Type Models
Suitable for vertical transfer between production lines and workstations; cleanroom compliant and electric-driven.
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Coating-Line Models
Designed for high-precision alignment and roll transfer in lithium battery coating processes; supports second-level positioning accuracy.
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Photovoltaic Rod Transport
Tailored for crystal rod handling with long-distance obstacle detection, precise docking, and 7.5m length capacity.
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Vehicle Assembly Models
Supports full-vehicle or subassembly movement, AMR-based flexible line building, and quick model switching for mixed production scenarios.
Latent Mobile Robots
PDQ Robotics offers a full suite of latent mobile robots (LMR series) built for flexible, CE-compliant material handling in dynamic warehouse and production environments.
With support for multiple chassis types and modular configurations, the LMR series includes lifting-type, platform-based, and fork-style models to meet diverse operational needs. These robots enable automated lifting, docking, and transfer, and integrate easily with WMS or MES systems.
Backed by proven safety certifications and customisable navigation logic, LMR solutions are widely deployed in retail replenishment, e-commerce fulfilment, and line-side delivery in manufacturing.
｜ suitable for retail distribution, 3C manufacturing, e-commerce fulfilment, and smart warehouse automation.
Latent Mobile Robot Types & Application Scenarios
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Lifting-Type Models
Equipped with onboard lifting mechanisms for automated loading/unloading from ground level to elevated racks. Widely used in industrial and warehouse storage scenarios.
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Deck Platform Models
Provide a mobile base with rich expansion ports and platform customisability for carrying inspection units, cobots, sensors, or light production equipment. Ideal for smart manufacturing and logistics.
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Latent Fork Models
Designed for direct fork-based retrieval without additional carriers. Combine the flexibility of latent vehicles with the functionality of traditional forklifts, solving pain points around pallet transfer.
SMART CONTRAOL & OPTIMISATION
Smarter System,
Smoother Operation
What makes our robots truly powerful isn’t just the hardware — it’s the software behind it. From intelligent decision-making to continuous optimization, we design systems that adapt, learn, and improve with your business.
Smarter Decisions, Every Second
Our robots don’t just follow lines — they think. Behind every move is a smart algorithm deciding the best route, avoiding traffic, and choosing which task matters most right now. Whether it’s sidestepping a blocked path or skipping to a priority order, decisions happen in real time — fast, flexible, and fully autonomous.
Built on an Industrial-Grade Software Stack
We’ve built our own control system from the ground up — tested in real warehouses, not just in slides. It keeps an eye on every robot, balances workloads, talks to your WMS, and even predicts when a battery or motor needs attention. Everything works together to make your warehouse smoother, safer, and more hands-off than ever.
