RObot, LD Robots' black humanoid robot, standing upright in a studio

The First Social Humanoid Robot.

Vol. 01 — Launch / 2026 Bucharest · Romania 183 cm · 45 kg · 32 DoF
Waitlist

Join the waitlist.

Be first in line for early owner and Future Builder slots.

A body that learns to live with humans.

01Use Cases

Where RObot
goes to work.

From homes and warehouses to live stages and night-time patrols: one humanoid platform, configured for the work each space demands.

  1. Daily routines, care, household work — at human scale.

    • Garden upkeep
    • Cleaning routines
    • Errand sequences
    • Personal care
  2. Sort, carry, pack, move — across warehouse floors.

    • Item picking
    • Pallet handling
    • Bin transport
    • Inventory
  3. Inspection, maintenance and safety walkdowns.

    • Equipment inspection
    • Safety walkdowns
    • Hazard zones
    • Maintenance triage
  4. A presence on stage, in retail, at activations.

    • Event hosting
    • Brand activations
    • Live demos
    • Guided tours
  5. Persistent patrol, anomaly detection, access verification.

    • Perimeter patrol
    • Anomaly detection
    • Access checks
    • Incident triage
RObot tidying a sunlit living room, folding a blanket over a sofa.

Home Care

RObot moves through living spaces designed for humans — preparing meals, watering plants, running errands, and gently helping aging family members.

RObot picking a box from a warehouse shelving rack.

Warehouse & Logistics

Pick, sort, pack and transport in light-industrial settings. RObot reaches shelves humans can't and works alongside human pickers continuously.

RObot inspecting a control panel in an industrial facility.

Industrial

Routine safety inspections in facilities where humans need backup — chemical, energy, and manufacturing sites. RObot maps and remembers each route.

RObot presenting on a stage to a seated audience.

Entertainment & HRI

Public-facing interaction tuned for crowds. RObot speaks, gestures, and guides — for product launches, museum tours, retail floors and concerts.

RObot patrolling a facility corridor at night.

Security & Patrol

Tireless perimeter patrol, anomaly detection, and access verification — designed for warehouses, data centers, and large facilities at scale.

  1. 01 Movement

    Built at human scale.

    183 cm. 45 kg. 32 degrees of freedom. RObot moves through doorways, around furniture, up stairs — sized for the spaces humans built.

  2. 02 Perception

    Sees, remembers, anticipates.

    Two 4K cameras, 120° field of view, depth and thermal stacks. RObot maps its environment and remembers what it learned yesterday.

  3. 03 Manipulation

    Hands that handle the real world.

    12 degrees of freedom per arm. Two-finger gripper with tactile sense. From a wine glass to a 15 kg crate, without changing tools.

  4. 04 Compute

    A brain that lives on board.

    2070 TFLOPS of Jetson Thor on-board compute. RObot thinks where it acts — no cloud round-trip, no delay.

  5. 05 Power

    A full shift on a single charge.

    10 kWh battery at 48 V. 18-minute hot-swap recharge. Designed for continuous work, not a 90-minute demo.

02Platform

Built for physical
work.

RObot is engineered end-to-end. Frame, perception, manipulation, power and compute — designed together so it moves with intent, not just kinematic precision.

  • 01 Frame 183 cm · 45 kg Carbon-aluminium chassis
  • 02 Motion 32 DoF · QDD Quasi-direct-drive actuation
  • 03 Compute 2070 TFLOPS Jetson Thor on-board
  • 04 Power 10 kWh · 48 V 18 min hot-swap recharge
  • 05 Perception 2× 4K · 120° FOV Depth + thermal stack
  • 06 Manipulation 12 DoF / arm Two-finger + tactile pad
03Skill School

Teach RObot
what comes next.

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.

  1. 01

    Create a task

    Workflow, routine, or behavior — describe what RObot should learn.

  2. 02

    Train with context

    Examples, constraints, environment, safety rules, preferred outcomes.

  3. 03

    Test in simulation

    Validate behavior before the skill reaches a physical body.

  4. 04

    Deploy & earn

    Approved skills route to physical execution. Earn when others deploy.

Skill Library 16 skills
  • Garden Assist

    Prune, water, and tend outdoor spaces.

    Home & Garden
  • Home Cleaning

    Everyday tidying and surface-cleaning routines.

    Home & Garden
  • Warehouse Carry

    Lift, move, and stack payloads safely.

    Warehouse
  • Pallet Sorting

    Organize and route inventory on the floor.

    Warehouse
  • Route Delivery

    Last-metre handoff and delivery runs.

    Logistics
  • Event Host

    Greet guests and guide them through a venue.

    Events
  • Stage Setup

    Assemble and strike event staging.

    Events
  • Security Patrol

    Perimeter monitoring and incident reports.

    Security
  • Access Control

    Manage entry points and visitor flow.

    Security
  • Line Inspection

    Spot defects on a production line in real time.

    Inspection
  • Quality Audit

    Sample, measure, and log quality checks.

    Inspection
  • Assembly Assist

    Fasten, align, and hand off parts on the line.

    Manufacturing
  • Retail Restock

    Face shelves and replenish stock overnight.

    Retail
  • Elder Companion

    Daily check-ins, reminders, and support.

    Eldercare
  • Concierge

    Check-ins, room service, and guest requests.

    Hospitality
  • Crop Scout

    Survey fields and flag plant-health issues.

    Agriculture
No skills in this domain yet — more are added every cohort.
FIG. 03 — Skill Library Filter by domain · download to a body
Skill School · Cohort 01

Apply to the cohort.

Tell us who you are and what you'd teach RObot. We review every application — seats are limited.

04Synthetic Soul

Meet RObot
before it has a body.

Synthetic 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.

  1. 01

    Talk

    Interact with RObot before delivery — conversation as the first interface.

  2. 02

    Remember

    Memory builds around preferences, routines, people, context, and use cases.

  3. 03

    Configure

    Skills, workflows, proactivity, interaction style, privacy boundaries.

  4. 04

    Train

    Examples, routines, and behavioral patterns that shape how RObot acts.

  5. 05

    Transfer

    When the physical RObot arrives, its Synthetic Soul becomes the starting state.

FIG. 02 — Pre-delivery app Synthetic Soul / iOS preview
05About us

From concept to
real-world systems.

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.

The problem

Businesses need capable workers — but the supply is shrinking and the cost is rising. Industry can't keep up using traditional methods.

220M Active EU workers the labour pool industry draws from
+5%/yr EU labour-cost growth rising faster than output
+75% Employers short on skills can't find the people they need
What RObot changes
  1. 01

    Fill the gap

    Replaces a shrinking skilled workforce — without replacing people's purpose.

  2. 02

    €3.74/h effective cost

    Versus average gross wages for comparable industrial roles.

  3. 03

    24/7 operation

    No fatigue, illness, or turnover — a 4-hour shift, then 18-minute inductive recharge.

  4. 04

    Drop-in deployment

    Modular Skill School lets new tasks download like an app.

10 Parallel production lines
1 / 5min One RObot every five minutes
1M Target units in 48 months

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.

06Roadmap

The road to
a million.

From first prototype to mass production — a staged path from the lab in Bucharest to a manufacturing capacity of one million units a year.

  1. Dec 2025

    Start R&D — RObot.01

    Research and development begins on the first platform.

  2. Apr 2026

    RObot.01 prototype ready

    First working prototype completed and validated.

  3. May 2026

    RObot.02 development begins

    The next-generation platform enters active development.

  4. Dec 2026

    RObot.02 prototype · first line

    Prototype ready and the first assembly line comes online.

    Next up
  5. Jan 2027

    First RObot.02 units delivered

    Initial production units assembled and shipped to early owners.

  6. Feb–Mar 2027

    Second assembly line online

    Manufacturing capacity expands with a second line.

  7. Dec 2027

    Mass production — 100,000 units

    Annual capacity reaches one hundred thousand units.

  8. Jan 2030

    Mass production — 1,000,000 units

    Capacity scales to one million units per year.

05Waitlist

Build the first
RObot generation.

A limited group of early owners and Future Builders will receive access to project updates, Synthetic Soul, Skill School, and the first development cohorts.

Early access will be limited