Warehouse & logistics
Warehouse robotics for UK operations
Warehouses are where the labour pressure is sharpest and where robots are furthest along. Forge Robotics helps UK operators work out which tasks are genuinely automatable today — humanoid, AMR or quadruped — and prove it with a demonstration and a supervised pilot before any bigger commitment.
The honest picture
What is proven, what is emerging, what is hard
AMRs are proven at scale. Humanoids are ready to pilot on human-shaped tasks. Trailer unloading is still the hardest job in the building. Planning around that honesty is what makes a warehouse robotics project succeed.
The strongest warehouse cases are vacancy-shaped: the night shift that cannot be staffed, the cycle counts that never get done, the packing bench that needs four extra pairs of hands for six weeks a year. If a repeatable task is going undone or pulling people away from higher-value work, it is a candidate — and the right platform for it is a scoping question, not a brand question. Our warehouse humanoids deep-dive covers the capability detail.
Use cases
Where warehouse robots help first
Six task families UK operators are exploring — from proven AMR movement to emerging humanoid support work.
Tote and case handling
The human-shaped work humanoids are being piloted for first — moving totes between conveyors, racking and workstations.
Picking support
AMRs proven for goods-to-person movement; humanoid platforms emerging for pick assistance at the shelf face.
Pallet and load movement
Autonomous mobile robots for repeatable pallet routes — the most mature robot category in any warehouse.
Stock checks & cycle counts
Repeatable scanning rounds that never quite get staffed — done consistently, with a record every time.
Packing-bench support
Peak-season flex on packing lines: carton supply, tote clearing and bench replenishment under supervision.
Out-of-hours monitoring
Quadruped or mobile patrols of docks, yards and aisles through unstaffed shifts.
Related: humanoid robots · quadruped robots · manufacturing & industrial · the robot range
How adoption works
From labour problem to a defensible decision
No leaps of faith: each step generates the evidence for the next.
Frequently asked questions
Are humanoid robots ready for UK warehouses?
Ready to pilot, not ready to run a shift unattended. Realistic first tasks are tote and case handling, induction support and packing-bench work under supervision — while AMRs remain the proven choice for movement at scale. Trailer unloading is the hardest task in the building and should be treated as a later step, not a first pilot.
Should we choose a humanoid, an AMR or fixed automation?
By task shape, not by headline. High-volume, repeatable movement on flat floors: AMR. Very high throughput on a fixed path: conveyor or fixed automation. Human-shaped tasks in spaces built for people — totes, benches, mixed work: that is where humanoids are being trialled. A manufacturer-agnostic scoping exercise settles it quickly.
Will a robot integrate with our WMS?
Eventually — but not in a first pilot, and it is usually a mistake to try. Prove the physical task standalone first; WMS integration is a scale-up decision once the platform has earned it.
How do robots operate safely around forklifts and people?
Through the same risk-assessment process as everything else on your floor: agreed operating zones, speed limits, sensor-based obstacle stopping and supervision arrangements. Pilots are scoped with your health and safety lead from the first conversation, and can be paused at any moment without touching operations.
What does a warehouse robot pilot cost, and how do we start?
Costs depend on platform and duration, and hire, loan or evaluation options can make a first pilot far cheaper than ownership. The realistic sequence: a feasibility conversation, a demonstration against your actual task, then a focused supervised pilot with agreed success measures.
Get started
Put a robot on your warehouse floor
Tell us the task — a tote route, a cycle count, a packing bench — and we'll arrange a demonstration against it, then help you scope a supervised pilot if the fit is real.