Skip to main content
Robots.mu

Flagship tool

Robot-Type Explorer

"A robot" is not one thing: an articulated arm, a cobot, a mobile robot, a humanoid and a drone solve completely different problems at completely different prices. Filter the families below by what you need done and where, and read the honest limits before the strengths sell you.

Robot family

11 of 11 robot types match

  • Industrial arm

    6-axis articulated arm

    The classic factory workhorse: fast, precise, tireless, and fenced off for good reason.

    Payload
    3 to 1,000+ kg by model
    Reach
    0.5 to 4+ m
    Repeatability
    sub-millimetre
    Indicative cost
    USD 25k to 400k+ installed
    Strengths, limits, safety and uses

    Strong at

    • Decades-proven reliability at high speed and precision
    • Runs 24/7 on a fixed, well-defined task
    • Huge integrator and spare-parts ecosystem

    Honest limits

    • Needs safety fencing or certified safeguarding
    • Expensive to re-purpose when the product changes
    • Integration typically costs as much as the arm itself
    Safety: Industrial robot safety is governed by the ISO 10218 family; plan certified safeguarding from day one.

    Seen in the wild

    • Spot and arc welding lines
    • Machine tending on CNC cells
    • High-speed handling of heavy or hot parts
  • Industrial arm

    SCARA and delta pickers

    Small, extremely fast arms for light, flat, repetitive work like sorting and kitting.

    Payload
    0.5 to 20 kg
    Cycle rate
    up to hundreds of picks/min (delta)
    Workspace
    compact, tabletop scale
    Indicative cost
    USD 15k to 80k installed
    Strengths, limits, safety and uses

    Strong at

    • Blistering speed on light payloads
    • Small footprint drops into existing lines
    • Lower cost entry into automation

    Honest limits

    • Light payloads only and limited reach
    • Struggle with unstructured or variable parts presentation
    • Product changeovers need engineering time
    Safety: Usually guarded or enclosed; the ISO 10218 family applies as for other industrial robots.

    Seen in the wild

    • Food and pharma pick-and-place
    • Electronics assembly steps
    • Kitting and sorting cells
  • Industrial arm

    Palletizing arm

    A heavy-lift arm dedicated to one honest job: stacking cases onto pallets all shift long.

    Payload
    30 to 700 kg
    Throughput
    hundreds of cases/hour
    Reach
    2 to 3.5 m typical
    Indicative cost
    USD 80k to 250k installed
    Strengths, limits, safety and uses

    Strong at

    • Removes one of the most injury-prone manual jobs
    • Predictable ROI on steady product flows
    • Handles weights no human should

    Honest limits

    • Needs consistent case sizes or smart grippers
    • Floor space and safeguarding around the cell
    • Underused if volumes are low or seasonal
    Safety: Fenced cells or certified area scanners; ISO 10218 family applies.

    Seen in the wild

    • End-of-line palletizing in beverage and FMCG plants
    • Bagged goods stacking
    • Depalletizing inbound goods
  • Cobot

    Collaborative arm

    A force-limited arm designed to share space with people: slower, safer, and quick to redeploy.

    Payload
    3 to 30 kg
    Reach
    0.5 to 1.8 m
    Programming
    hand-guiding + tablet, hours not weeks
    Indicative cost
    USD 25k to 70k installed
    Strengths, limits, safety and uses

    Strong at

    • Works alongside people after a risk assessment, often without fencing
    • Redeployable across tasks in a small workshop
    • The gentlest learning curve in industrial automation

    Honest limits

    • Collaborative speeds are slow: throughput is a fraction of a fenced arm
    • Force limits cap payload and tooling
    • "Collaborative" is a risk assessment of the whole cell, never a sticker on the arm
    Safety: Collaborative operation is covered by ISO/TS 15066 alongside ISO 10218; the application, gripper and part all enter the risk assessment.

    Seen in the wild

    • Machine tending in SME workshops
    • Screwdriving and light assembly beside operators
    • Quality-check camera handling
  • Cobot

    Welding cobot cell

    A cobot with a torch: brings automated welding to shops too small for a fenced line.

    Payload
    6 to 20 kg (torch + cabling)
    Setup
    template jobs in under a day
    Duty
    high-mix, low-volume batches
    Indicative cost
    USD 60k to 150k installed
    Strengths, limits, safety and uses

    Strong at

    • Answers the global shortage of skilled welders for repetitive seams
    • Batch-of-ten economics, not batch-of-ten-thousand
    • Frees certified welders for the complex joints

    Honest limits

    • Still needs a welder to program, fixture and inspect
    • Fume extraction, arc screening and PPE do not go away
    • Complex geometry and out-of-position welds stay manual
    Safety: Arc flash, fumes and hot work keep their own controls on top of ISO/TS 15066 collaborative assessment.

    Seen in the wild

    • Repetitive fillet welds on frames and brackets
    • Small-batch fabrication shops
    • Pre-fab welding in construction supply
  • AMR

    Tote and cart AMR

    A self-navigating cart that moves bins between stations so people stop walking kilometres.

    Payload
    50 to 300 kg
    Navigation
    LiDAR + SLAM, no floor tape
    Runtime
    full shift with opportunity charging
    Indicative cost
    USD 30k to 80k per unit + software
    Strengths, limits, safety and uses

    Strong at

    • Deploys in weeks without changing the building
    • Fleet software scales from 2 to 200 units
    • Cuts the walking that dominates picker time

    Honest limits

    • Struggles with cluttered, changing aisles and door thresholds
    • Fleet software licensing is a real recurring cost
    • Someone still loads and unloads at each end
    Safety: Driverless industrial trucks are covered by ISO 3691-4; shared aisles need marked zones and site rules.

    Seen in the wild

    • Goods-to-person picking loops
    • Lab sample and stores runs in hospitals
    • Work-in-progress moves between cells
  • AMR

    Pallet AMR / autonomous forklift

    Self-driving pallet movers for the repetitive lanes human forklift drivers hate.

    Payload
    500 to 2,500 kg
    Navigation
    LiDAR + vision, mapped routes
    Speed
    walking pace, by design
    Indicative cost
    USD 80k to 250k per unit + software
    Strengths, limits, safety and uses

    Strong at

    • Runs the boring dock-to-rack lanes around the clock
    • Removes the most common category of warehouse vehicle accidents
    • Predictable flows automate cleanly

    Honest limits

    • Slower than a skilled human driver on varied work
    • Damaged or non-standard pallets cause interventions
    • Site traffic management is a project of its own
    Safety: ISO 3691-4 for driverless trucks; mixed human-and-robot traffic needs explicit zoning and training.

    Seen in the wild

    • Dock to racking shuttles
    • Line-side replenishment
    • Finished-goods transfer between halls
  • Humanoid

    General-purpose humanoid

    The headline act: human-shaped, learning fast, and honestly still in supervised pilots.

    Payload
    5 to 25 kg carried
    Runtime
    2 to 8 h, task-dependent
    Autonomy
    improving; pilots run supervised
    Indicative cost
    USD 50k to 200k+, mostly leased/RaaS
    Strengths, limits, safety and uses

    Strong at

    • Fits spaces and tools designed for people, no rebuild
    • One platform can in principle rotate across tasks
    • Progress is genuinely fast thanks to foundation-model control

    Honest limits

    • Field capability is far narrower than launch videos suggest
    • Uptime, hands and battery life remain hard limits
    • Economics only compete on tasks nothing simpler can do
    Safety: No mature humanoid-specific safety standard yet; today deployments borrow from industrial and mobile-robot practice and keep people supervised.

    Seen in the wild

    • Tote moving and machine tending pilots
    • Repetitive logistics tasks in structured zones
    • Dull-dirty-distant inspection walks
  • Humanoid

    Wheeled-base humanoid

    Human torso, wheeled base: gives up stairs to gain uptime, stability and price.

    Payload
    5 to 20 kg
    Runtime
    longer than bipeds (no balance cost)
    Terrain
    flat floors only
    Indicative cost
    USD 30k to 150k
    Strengths, limits, safety and uses

    Strong at

    • More stable and affordable than legs for flat sites
    • Longer duty cycles between charges
    • Same dual-arm manipulation research line as bipeds

    Honest limits

    • Stairs, kerbs and thresholds end the mission
    • Still pilot-stage for most real workloads
    • Aisle widths and lift access constrain deployment
    Safety: Treated in practice as a mobile robot plus manipulator: ISO 3691-4 thinking for the base, arm risk assessment on top.

    Seen in the wild

    • Order picking pilots in e-commerce
    • Room service and hospital delivery trials
    • Reception and wayfinding pilots
  • Drone

    Inspection multirotor

    A flying camera crew: gets eyes on roofs, towers and tanks without scaffolding or risk.

    Flight time
    20 to 55 min per battery
    Sensors
    4K zoom, thermal, LiDAR options
    Wind limit
    typically 10 to 12 m/s
    Indicative cost
    USD 2k to 30k + trained pilot
    Strengths, limits, safety and uses

    Strong at

    • Replaces working-at-height for visual checks
    • Minutes to deploy, same-day reporting
    • Thermal finds problems eyes cannot

    Honest limits

    • Weather and wind ground it
    • Aviation rules apply: licensing, no-fly zones, insurance
    • Data is only useful with a disciplined review workflow
    Safety: Civil aviation regulations govern commercial drone operations everywhere, Mauritius included; check the current national rules and required approvals before any commercial flight.

    Seen in the wild

    • Roof, facade and solar-farm inspections
    • Port and construction progress monitoring
    • Coastal and agricultural surveys
  • Drone

    Survey and mapping drone

    Turns an afternoon of flying into centimetre-grade maps, volumes and 3D models.

    Coverage
    tens to hundreds of hectares/day
    Output
    orthomosaics, 3D models, volumes
    Accuracy
    centimetre-grade with RTK/GCPs
    Indicative cost
    USD 5k to 40k + software
    Strengths, limits, safety and uses

    Strong at

    • Days of ground survey become one flight
    • Repeatable flights make change visible over time
    • Stockpile volumes without climbing them

    Honest limits

    • Photogrammetry needs processing power and skill
    • Accuracy claims depend on ground control discipline
    • Same aviation rules and weather limits as any drone
    Safety: Same civil aviation framework as inspection drones; survey work adds data-protection care when people or private property are captured.

    Seen in the wild

    • Quarry and stockpile volumetrics
    • Construction earthworks tracking
    • Agricultural field health mapping

Specs and costs are indicative bands for orientation only: real quotes vary enormously with integration, tooling and volumes. This explorer is educational, not purchasing advice.

Next step

Not sure which family fits your job?

Answer five questions about the task and the selector shortlists the right category, then the payback estimator tells you whether the numbers could work.