Home Care
RObot moves through living spaces designed for humans — preparing meals, watering plants, running errands, and gently helping aging family members.
From homes and warehouses to live stages and night-time patrols: one humanoid platform, configured for the work each space demands.
Daily routines, care, household work — at human scale.
Sort, carry, pack, move — across warehouse floors.
Inspection, maintenance and safety walkdowns.
A presence on stage, in retail, at activations.
Persistent patrol, anomaly detection, access verification.
RObot moves through living spaces designed for humans — preparing meals, watering plants, running errands, and gently helping aging family members.
Pick, sort, pack and transport in light-industrial settings. RObot reaches shelves humans can't and works alongside human pickers continuously.
Routine safety inspections in facilities where humans need backup — chemical, energy, and manufacturing sites. RObot maps and remembers each route.
Public-facing interaction tuned for crowds. RObot speaks, gestures, and guides — for product launches, museum tours, retail floors and concerts.
Tireless perimeter patrol, anomaly detection, and access verification — designed for warehouses, data centers, and large facilities at scale.
183 cm. 45 kg. 32 degrees of freedom. RObot moves through doorways, around furniture, up stairs — sized for the spaces humans built.
Two 4K cameras, 120° field of view, depth and thermal stacks. RObot maps its environment and remembers what it learned yesterday.
12 degrees of freedom per arm. Two-finger gripper with tactile sense. From a wine glass to a 15 kg crate, without changing tools.
2070 TFLOPS of Jetson Thor on-board compute. RObot thinks where it acts — no cloud round-trip, no delay.
10 kWh battery at 48 V. 18-minute hot-swap recharge. Designed for continuous work, not a 90-minute demo.
RObot is engineered end-to-end. Frame, perception, manipulation, power and compute — designed together so it moves with intent, not just kinematic precision.
Some will own RObots. Some will train them. Some will build the skills others use. Skill School is the closed early program where Future Builders define tasks, train routines, test behaviors, and shape the first generation of humanoid skills.
Workflow, routine, or behavior — describe what RObot should learn.
Examples, constraints, environment, safety rules, preferred outcomes.
Validate behavior before the skill reaches a physical body.
Approved skills route to physical execution. Earn when others deploy.
Prune, water, and tend outdoor spaces.
Home & GardenEveryday tidying and surface-cleaning routines.
Home & GardenLift, move, and stack payloads safely.
WarehouseOrganize and route inventory on the floor.
WarehouseLast-metre handoff and delivery runs.
LogisticsGreet guests and guide them through a venue.
EventsAssemble and strike event staging.
EventsPerimeter monitoring and incident reports.
SecurityManage entry points and visitor flow.
SecuritySpot defects on a production line in real time.
InspectionSample, measure, and log quality checks.
InspectionFasten, align, and hand off parts on the line.
ManufacturingFace shelves and replenish stock overnight.
RetailDaily check-ins, reminders, and support.
EldercareCheck-ins, room service, and guest requests.
HospitalitySurvey fields and flag plant-health issues.
AgricultureSynthetic Soul is the pre-delivery app. Future owners talk to, configure, and train RObot months before delivery. Your RObot starts learning you before it arrives.
Interact with RObot before delivery — conversation as the first interface.
Memory builds around preferences, routines, people, context, and use cases.
Skills, workflows, proactivity, interaction style, privacy boundaries.
Examples, routines, and behavioral patterns that shape how RObot acts.
When the physical RObot arrives, its Synthetic Soul becomes the starting state.
LD Robots was founded in 2025, with the support of Prime Batteries Technology. We engineer advanced humanoid platforms that integrate mechanical engineering, artificial intelligence, and control systems — built for useful work in the physical world.
Businesses need capable workers — but the supply is shrinking and the cost is rising. Industry can't keep up using traditional methods.
Replaces a shrinking skilled workforce — without replacing people's purpose.
Versus average gross wages for comparable industrial roles.
No fatigue, illness, or turnover — a 4-hour shift, then 18-minute inductive recharge.
Modular Skill School lets new tasks download like an app.
Mass production, from day one. Factory design and build run in parallel with RObot itself. Battery supply is not a constraint — Prime Batteries Technology is a founding strategic partner.
From first prototype to mass production — a staged path from the lab in Bucharest to a manufacturing capacity of one million units a year.
Research and development begins on the first platform.
First working prototype completed and validated.
The next-generation platform enters active development.
Prototype ready and the first assembly line comes online.
Next upInitial production units assembled and shipped to early owners.
Manufacturing capacity expands with a second line.
Annual capacity reaches one hundred thousand units.
Capacity scales to one million units per year.
A limited group of early owners and Future Builders will receive access to project updates, Synthetic Soul, Skill School, and the first development cohorts.