Robots on your team, not your payroll. Unitree quadrupeds, humanoids & service robots, deployed as a capability.
Deploy Unitree quadrupeds, humanoids and service robots as an operational capability — inspection rounds, warehouse picks, substation patrols, hotel reception, museum tours, pool cleaning. Your use case, our fleet, our pilots. From 1-week demos to multi-year retainers.
xBoom's Robot-as-a-Service offering runs on two parallel tracks — industrial robotics for heavy-duty operational work, and service robots for hospitality, public spaces and facilities. Same crew, same engagement models, different fleet for each.
Unitree A2, B2 and H2 platforms deployed for pick-and-place, material handling, inspection and surveillance across factories, refineries, substations, mines, warehouses and defence installations. Certified pilots, HSE-compliant operations, integration with your SCADA / MES / WMS / NOC.
Humanoid receptionists greeting guests in hotel lobbies, tour-guide robots at museums and showrooms, waiter platforms delivering meals in restaurant chains, autonomous cleaners handling facility maintenance, pool-cleaning robots for resorts and clubs. Plug-and-play deployment, uniformed operator training, service-level reliability.
Industrial RaaS runs across four core capability lanes. Each uses the right Unitree platform for the job, tuned with the right payload stack, operated by our pilots and integrated into your existing operational systems.
Humanoid-led part feeding, kit assembly, packaging and sorting for workflows that need dexterous hands but not a fixed robotic arm. Runs on Unitree H2 (dexterous hand option, 15 kg peak arm payload) for heavy industrial picks, or G1 for lighter SKU-sort and lab automation. Where a cobot doesn't fit the space or the cycle — or where the work moves between stations — the humanoid goes to the work.
Quadrupeds carrying payloads between stations — point-to-point shuttle runs, follow-the-leader carts, scheduled rounds. Unitree B2 carries up to 120 kg on rough floor; B2-W wheel-leg hybrid cruises at 6 m/s on flat aisles and still climbs stairs. A2 handles 25 kg walking loads on uneven terrain where a wheeled AMR can't go. No fixed floor infra, no magnetic strips, no structural modifications.
Autonomous quadrupeds walking pre-mapped routes with inspection payloads — thermal cameras, gas sniffers, acoustic sensors, dial-gauge readers, LiDAR for SLAM. Replace manual rounds and catch anomalies hours earlier. Data feeds into your existing historian, CMMS or MES with AI-assisted defect flagging. A2 with dual-sided perception is the current flagship for industrial inspection; Go2 EDU works for research and lighter routes.
24/7 autonomous perimeter and facility patrol — thermal, RGB and LiDAR payloads, auto-dock charging, integration with your NOC / VMS / alarm system. AI anomaly detection for intrusion, unattended objects, loitering and thermal signatures. Silent, fatigue-free, and unlike a human guard, consistently covers the same route at the same quality every pass.
The industrial capabilities above map to eight core sectors where our clients are actively deploying Unitree platforms. Pick your sector below to see the specific missions, recommended platforms and typical engagement scope.
Automotive plants, tier-1 suppliers and discrete manufacturing lines deploying humanoids for line-side part feeding and quadrupeds for inter-cell material movement and QA rounds. Fits alongside existing AGV and cobot investments rather than replacing them.
Refineries, tank farms and offshore onshore terminals where manual rounds mean permits-to-work, exposure risk and slow cadence. Quadrupeds with Ex-compatible sensor payloads walk bunded areas and pipe racks continuously.
Thermal plants, substations, HV switchyards and grid infrastructure where a quadruped walks the same inspection route three times per shift with the same quality. Replaces 40% of manual rounds; catches faults 6–8 hours earlier than a human rota.
Wheel-leg hybrids cruise flat-floor aisles at 5 m/s, then climb mezzanines and step onto loading docks where a wheeled AMR stops. Overnight cycle-counting with RFID sleds. Spill-detection, aisle-obstruction alerts, contractor-safety monitoring by day.
Humanoid and quadruped deployments in controlled-environment pharma operations — sample transport between cleanroom zones, consumable replenishment, teleoperated assistance for HCPs. Early-stage sector for India but real pilots are running.
Heavy-duty quadrupeds in underground mines, open-cast pits and tailings dams. Carry LiDAR for SLAM mapping, thermal for belt alignment, gas sensors for confined-space clearance. Go where humans shouldn't and return with evidence.
Quadrupeds as forward scouts and humanoids for teleoperated CBRN response. Silent, low-profile, adaptable. Payload-ready for communications relay, EOD manipulator integration and sensor-fusion missions — configured per MoU with DPSUs and armed-forces partners.
Container terminals, bulk-cargo ports and rail yards where wheeled vehicles can't climb and human rounds mean traffic stops. Quadrupeds inspect container stacks, reefer plug integrity, yard perimeter and rail-sidings without closing any operational lanes.
Also deployed in: construction & real estate site monitoring · agriculture & plantation rounds · film & media production · academic research laboratories · scientific field expeditions
Track two: service robots for public-facing environments where the robot is part of the customer experience, not a back-of-house machine. Rolled out as day-rate hires for events, monthly rentals for venues, or permanent deployments with on-site operator training.
Unitree G1 or H2 humanoid platforms positioned in hotel lobbies, corporate receptions and hospital front-desks. Multilingual greeting, check-in queue management, visitor badge coordination, wayfinding. Runs with a supervised operator during launch phase, then supervised remotely.
Scripted, multilingual tour routes with synchronised narration, pause-points, and group-aware pacing. Deployed for museum exhibits, corporate campus visitor tours, pharma-plant walkthroughs, automotive showroom product reveals and real-estate site tours.
Tray-carrying service robots for restaurant chains, QSR delivery to tables, banquet hall food service, hotel room-service delivery. Handles 3-tier payload runs between kitchen and dining areas without waiting for staff, freeing humans for higher-touch guest interaction.
Aisle-roving assistants for large-format retail, malls, electronics stores and auto showrooms. Product lookup, aisle navigation, multilingual Q&A, promotional content delivery, and optional handoff to a human staff member for the actual purchase.
Autonomous commercial cleaners covering floor vacuum, scrubbing, mopping, and UV-C disinfection for healthcare, hospitality and office environments. Night-shift operation, docking stations, auto-return-to-base, exception reporting to facility management.
Autonomous pool-cleaning robots for resort pools, residential clubs, aquariums and artificial lagoons. Handles floor scrubbing, wall climbing, surface skimming and water-quality monitoring. Daily cycles with remote status monitoring; no lifeguard downtime required.
Short-haul delivery within a building or campus — medicines between hospital wards, parcels between office floors, room-service delivery to hotel rooms, inter-building document transport. Lockable payload compartments with PIN or NFC unlock for secure handover.
Multi-unit Unitree Go2 and G1 squads for product launches, weddings, stage shows, music videos, store openings and brand activations. We programme the routine, rehearse on-site, operate multiple units live and handle all safety, E-stop and crowd-barrier logistics.
Most of our interesting work starts with a problem nobody else has built for. If the mission needs a custom payload, a bespoke sensor stack, a new choreography or integration with systems we've never seen — we scope, prototype and deploy.
xBoom's robotics solutions team works case-by-case on scenarios that don't fit a standard SKU. Every new deployment begins with a free scoping call — a 30-minute conversation where we map your problem to the closest existing fleet, identify what custom work is needed (sensor, payload, software, choreography), and give you an honest feasibility and cost estimate within five working days.
We've built sensor rigs for refinery gas-sniffing, recovery arms for salvage jobs, pyrotechnic triggers for stage shows, research-grade SLAM stacks for academic labs, and covert-ops payload mounts for defence partners. If your use case is unusual, it's probably a better conversation for us than a routine deployment.
LEL / H2S / CO rig with dust-rated enclosure, OPC-UA to plant historian. Samples at 12 pre-set waypoints per shift.
B2 carrying a Livox Mid-360 with retractable UAV-tether. Ground-truth LiDAR fused with aerial photogrammetry in a single pass.
Four humanoids in sync with DMX lighting cues, safety E-stop overlay, on-site operator console. Three brand launches delivered.
G1 humanoid validated for Class C cleanroom, lockable sample compartment, sanitisation-cycle SOP integrated with facility MES.
Weekly orchard rounds with multispectral camera, leaf-colour AI model, pest-count flagging per row. Deployed for a Karnataka coffee estate.
Every deployment can start small and scale up. Most enterprise customers begin with a one- or two-week demo to validate fit, move to a scoped pilot, then settle into a retainer. Event hire is a fourth path for one-off activations.
One-week on-site demo to prove the fit — robot comes with a pilot, runs your actual route or scenario, generates sample deliverables. Moves to a scoped pilot (4–12 weeks) with written pass/fail criteria, rented hardware, and no lock-in if you decide not to proceed.
Dedicated robot(s) on-site or on-call, with rotating pilot rotation, spares kit, annual maintenance contract and integration into your existing ops systems. Best for substation patrols, warehouse night-rounds, hospital delivery, resort pool care — anywhere the work is continuous.
Day-rate and multi-day hire for one-off events — brand launches, weddings, museum openings, retail activations, film shoots, corporate offsite entertainment. We programme the routine, rehearse on-site, operate live units and handle all safety and crowd-barrier logistics.
All engagements include pilot training, written SOPs, safety plans and a named account engineer. Retainers include an annual business review with optimisation recommendations.
A robot dog is a platform, not a single SKU. Remote controls, batteries (standard, long-life, cold-rated, heat-rated), fast chargers, charging docks, MID360 / XT16 / Helios LiDAR, RealSense depth cameras, gas sensors, foot pads, motors, single-leg spare assemblies, NVIDIA Jetson compute boards, Z1 / D1 robotic arms with grippers. Everything sourced direct from Unitree, India-stocked, with KYC and AMC bundled into every order.
Companion remote for the Go2 family. 2.4 GHz with Bluetooth, 4.5h runtime, 100m+ range. Same long-life form factor as humanoid remote with Go2-side firmware and pairing keys.
B2-dedicated long-life remote. 2.4 GHz + Bluetooth, 4.5h runtime, 100m+ range. Mandatory pairing for industrial-grade B2 deployments — keep one as field-spare per fleet.
Two-handed industrial remote built for the A2 platform. 5h runtime, 100m+ range, data-transmission + Bluetooth dual-link. Recommended one per active operator in any commercial deployment.
Go2 standard battery. 29.6 V nominal, 33.6 V charge limit, 8 Ah, 236.8 Wh. IS 16046 / IEC 62133-2 compliant. Self-developed BMS with full protection suite. Approx. 1-2 hours runtime depending on workload.
Long-life Go2 / Go2-W battery. Same form factor as standard, double the capacity. 28.8 V, 15 Ah, 432 Wh, 9 A charge current. 2-4 hours runtime — the right pick for outdoor patrol shifts.
Single-pack battery for the A2 industrial quadruped. Self-developed BMS. A2 normally carries dual batteries for hot-swap operation; this is one of two.
Industrial-class battery for the B2. 50.4 V nominal, 58.8 V charge limit, 45 Ah, 2268 Wh. Operating temperature -20°C to +50°C, charge 0°C to +40°C. Standard pack shipped with B2.
B2-W default battery — cold-rated. Operating -40°C to +60°C, charge -20°C to +60°C. Lower capacity than BT2-10 but the right pick for sub-zero environments where you must charge in the cold.
Heat-rated B2 battery for steel mills, Middle-East deployments and desert environments. -40°C to +80°C operating, 0°C to +70°C charging. Supports fast charging with the dedicated fast charger.
Go1 family battery with ~40 minute continuous runtime. 22.2 V nominal. The right pick for Go1 educational and research-class deployments still in service.
Go2 standard charger. 100-240V universal input, 34 V / 3.5 A output. Standard battery 2 h, long-life battery 4 h. Not applicable to Go2-W (use the fast charger instead).
Fast charger for the full Go2 family including Go2-W. Triple the output current of the standard charger. Long-life battery in 1.5 h vs 4 h. The right pick for active-shift operations.
B2-dedicated charger. 100-240V universal input. Charges all three B2 battery variants (BT2-10 standard, BT2-11 cold-rated, BT2-12 heat-rated).
A2-dedicated charger with IP67 dust+water protection rating. 100-240V universal input, 58.8 V / 7 A output. The IP67 rating means it can travel in the same kit bag as the robot for outdoor field-charging.
Charging station hardware kit for Go2 with bundled fast charger. 33.6 V / 9 A. Hardware-only — automatic-charging firmware/software is on Unitree’s roadmap and is not bundled today. The stand and docking pads ship now; the auto-dock workflow comes later.
Back-expansion docking station for Go2 with built-in 40 TOPS edge AI compute and rich I/O — 1× USB 3.0 Type-A, 2× USB 3.0 Type-C, 2× Gigabit RJ45, fast Ethernet, M8 aviation plug. 16-60V supply tolerant. Not applicable to Go2-W.
Higher-tier 100 TOPS computing dock for Go2. Same I/O complement as the 40-TOPS variant — 5× USB, 3× Ethernet, M8 aviation plug. The pick for in-field perception, multi-camera fusion or local LLM agents.
B2 contact charging kit. Includes the corresponding charging adapter and the abdomen-electrode kit that mounts on the robot dog. Hardware only — no auto-dock firmware/workflow today; the hardware foundation for future auto-charging deployments.
Compact 3D LiDAR with metal protection frame. 360° horizontal × -7° to 52° vertical FOV. Custom cable harness for direct integration into the Go2 / B2 perception stack. Not applicable to Go2-W (use XT16 instead).
16-channel 3D LiDAR with metal protection frame. 360° horizontal × 30° vertical (-15° to +15°) FOV. Higher voltage tolerance (9-36V) and broader environmental ratings than MID360 — the right pick for outdoor-rated Go2-W and similar.
32-line automotive-grade LiDAR for B2-class navigation. Includes Intel Core i7 computing board with built-in basic navigation algorithm, technical support and training services, navigation algorithm SDK. On-site implementation/customisation not bundled.
Industrial depth camera for Go2 / B2 quadrupeds. 1280×720@30fps and 848×480@90fps depth streams. 86°×57° FOV. Ships with metal protection frame, custom cable, and dedicated mount.
Industrial-grade gas-detection payload for Go2. Temperature -40°C-70°C ±1°C, humidity 0-100% ±3%, oxygen 0-30% ±3%, plus CO/CO₂/H₂S/CH₄ measurement. Integrated gas-detection UI in the official Go2 app.
Go-series joint motor for repair / replacement. 23.7 N·m torque, 520 g, all sensor data accessible. Body / calf / thigh motors are physically different — order the right SKU for the joint you’re replacing.
Complete spare leg for the B2 quadruped — thigh joint, calf joint, body joint, and related structural parts. Specify left or right (no front/back distinction at this level). Repair part only.
Four-wheel kit including 4 calf poles. If you bought a B2 and want to convert it into a B2-W, this is the kit. Single-wheel variant available only for repair (not standalone purchase).
Consumable foot pads for Go2 — 4-piece set with 2 left and 2 right. Average replacement cycle 6 months in light service. Not applicable to Go2-W (use the wheels instead).
Single-piece foot-pad spare for the B2 quadruped. Natural rubber + high-strength composite. No left/right or front/rear distinction at this level.
Intel Core i7 compute board for the B2 industrial quadruped. Built into the chassis. Compatible with both B2 and B2-W. Pairs naturally with the Jetson Orin NX module for hybrid CPU/GPU workloads.
Jetson Orin NX compute assembly built into the B2 chassis. 100 TOPS for real-time perception, navigation, and policy inference. Compatible with both B2 and B2-W.
6-DoF robotic arm for mobile-robot integration. 2 kg payload, ~0.1 mm repeat positioning accuracy. Body weight 4-5 kg. Joint ranges J1±150°, J2 0-180°, J3 -165-0°, J4±80°, J5±85°, J6±160°. Ubuntu OS.
Higher-payload version of the Z1 — 3 kg+ payload, same precision profile. Ubuntu OS, full SDK. The default arm for industrial-grade Go2 / B2 manipulation deployments.
Standard end-effector gripper for the Z1 family. 200 N tiger-mouth force, 150 N fingertip force. 90° open angle, 0.5 s open/close, 70 W peak. RS485 serial interface.
Z1 gripper with embedded Intel RealSense D435i depth camera in the claw. The pick for vision-guided manipulation, in-hand object recognition and visual servoing research.
Compact servo-arm for Go2-class quadrupeds. 6 DoF, 500 g ideal payload, max reach 600 mm (715 mm with jaws). The right pick for small-object pick-and-place and educational manipulation work.
Enterprise procurement, HSE, IT-security, commercial and hospitality-operations questions we hear most often before the first engagement.
Demo day-rate, pilot fixed-fee, retainer monthly/quarterly, event day-rate. Actual numbers depend on robot class, crew size, integration complexity and deployment duration. We share an indicative range within a working day of the brief; full proposal after a scoping call.
Our certified pilot during demo, pilot and trial phases. For retainers, we can either keep our pilot on-site, hand off to your trained staff after our 2-week certification course, or do a hybrid — our pilot present during peak, remote supervision at other times.
All deployments come with written risk assessment, method statement, emergency E-stop training and operator insurance. For industrial sites, we integrate with your PTW system and HSE induction. For public/hospitality sites, public-liability cover and crowd-barrier protocols are standard.
Yes. We integrate with SCADA, MES, WMS, historian, CMMS, NOC/VMS, EHR (healthcare), and PMS (hospitality). Standard protocols (OPC-UA, Modbus, REST, MQTT) are out-of-the-box; anything exotic is a scoped custom-integration work item.
Demo: 1–3 days site prep. Pilot: 1–3 weeks (route mapping, payload tuning, operator training). Retainer rollout: 4–8 weeks including integration testing. Event hire: 3–5 days rehearsal. Custom scenarios with new payloads add 2–6 weeks of engineering time.
Retainers include on-site spares kit with same-day swap, AMC with uptime SLA, and priority courier for part replacement. Pilots include a backup unit on-call within 48 hours. Demo-phase failures mean free re-run if attributable to hardware; no cost to you.
For defence, industrial and healthcare work, we operate under NDA with encrypted offline data transfer only — no cloud upload unless explicitly scoped. Raw data handed over on encrypted drives. For public-space deployments, privacy-preserving video (blur, no-store) is available as a payload option.
Yes. Most of our retainer contracts include a buy-out option at depreciated value plus training transfer. For customers who want to own the fleet but keep xBoom in the loop, we offer AMC-only engagements with quarterly optimisation reviews.
Same form whether you're an enterprise plant manager, a hotel operator, or a film producer planning a launch. We route your brief to the right specialist and reply with a deployment feasibility note within one working day.
Thanks — the commercial lead for your sector will reply within one working day with a deployment-feasibility note. For urgent event-driven requests, call 08447 831 821.
