Authorised Unitree India distributor — H2 flagship, R1 entry-level, full G1 family, H1 series & the Dex5-1 dexterous hand.
From the H2 flagship (31 DoF, 2070 TOPS computing, the most capable Unitree humanoid shipping in 2026) to the R1 entry-level platform built for academic labs — every current Unitree humanoid is available in India through xBoom as the authorised Unitree distributor. Pilot, retainer, demo or outright purchase. KYC, AMC, training and lifecycle support included. Pan-India delivery from Bengaluru and GCC reach from our Dubai office.
A humanoid isn't a wheeled robot with arms. It's the only form factor that lets you train and deploy human-scale AI policies, walk into a hotel lobby and make customers smile, and run pick-and-place pilots on production lines that were built for humans. Four reasons every robotics programme is now budgeting for one.
Factory floors, hotel lobbies, hospital corridors, retail aisles, classroom labs — every environment that matters to your business was designed for human bodies. A humanoid is the only form factor that fits without re-engineering the space.
Human-scale AI policies, teleoperation datasets, foundation models for robotics — the entire embodied-AI research stack assumes a humanoid form. Wheeled platforms can’t train policies that transfer to bipedal motion.
Brand activations, film shoots, hotel grand openings, corporate events — the visual impact of a 1.8m biped walking across a stage doesn’t compare to any other automation. Presence converts attention into business.
Pick-and-place, line feeding, kit assembly, lab manipulation — humanoid arms with 7+ DoF can replicate tasks built for human hands without redesigning conveyors, fixtures, jigs or end-effectors.
Six product families across the Unitree humanoid catalogue — flagship, entry-level, development, data-training, education ladder and legacy full-size. As the authorised Unitree India distributor, xBoom handles import, KYC, AMC, training and lifecycle support across the complete lineup.
The latest Unitree flagship humanoid. 180 cm, ~70 kg, 31 degrees of freedom, advanced motion with OTA updates. The first Unitree humanoid where industrial pilots become commercially viable.
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Most accessible walking humanoid in the lineup. ~25 kg body, 24 DoF, full EDU SDK with Python and C++ examples. Built for academic labs, robotics curricula and embodied-AI experiments.
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Bipedal humanoid development platform. 35 DoF, 3 kg arm payload, 2 m/s walk speed. Used by serious robotics labs and enterprise R&D for locomotion, manipulation, vision and embodied AI.
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G1 chassis configured for data-collection and AI-training workflows. For teams building embodied AI datasets, running teleoperation pipelines, and developing the next generation of human-scale policies.
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The full-size predecessor to H2. The H1-2 variant adds dexterous manipulators and 360° depth perception. Still in active demand for activations, film & TV production, music videos and demos.
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Dexterous hand for humanoid manipulation research. 16 DoF per hand, compatible with G1, H1 and H2 platforms. Sold standalone for retrofit, or configured at order on a new build.
View product →A side-by-side spec sheet for the four current-generation Unitree humanoids in the Indian catalogue. Specs are sourced from Unitree's official 2026 price list — height, weight, degrees of freedom, joint torque, computing power, secondary-development support, hand options, battery life and warranty. Use this to map your project budget and research scope to the right platform.
| ENTRY R1 Edu / Research | DEVELOPMENT G1 Base development | DATA-TRAINING G1-D G1 + 100 TOPS dock | FLAGSHIP H2 2026 flagship | FLAGSHIP EDU H2 EDU Dev + secondary | |
|---|---|---|---|---|---|
| Height & weight | 1.21 m · ~25 kg | 1.27 m · ~35 kg | 1.27 m · ~35 kg | 1.82 m · ~70 kg | 1.82 m · ~70 kg |
| Total degrees of freedom | 24 | 23 | 25 | 31 | 31 |
| Single arm DoF | 5 | 5 | 5 | 7 | 7 |
| Waist DoF | 2 | 1 | 1 | 3 | 3 |
| Head DoF | 0 | 0 | 2 | 2 | 2 |
| Arm load (max) | 2 kg | 2 kg | 3 kg | 15 kg peak / 7 kg rated | 15 kg peak / 7 kg rated |
| Knee joint peak torque | — | 90 N·m | 120 N·m | 360 N·m | 360 N·m |
| On-board computing | 40 TOPS (U1) / 100 TOPS (U2+) | 8-core CPU | 8-core CPU + 100 TOPS dock | Intel i5 (PC1) | Intel i5 + i7; +2 GPU slots |
| Secondary development | No (base) / Yes (Edu) | No | Yes | No | Yes |
| Dexterous hand options | Dex3-1 · Revo 2 | None standard | Dex3-1 · Dex5-1 · Revo 2 · DFQ / FTP | None standard | Full catalogue (9 options) |
| Perception sensors | Binocular camera | Depth cam + 3D LiDAR | Depth cam + 3D LiDAR | Wide-FOV binocular cam | Wide-FOV binocular cam |
| Battery life | ~1 hour | ~2 hours | ~2 hours | ~3 hours | ~3 hours |
| Warranty | 8 mo (base) / 12 mo (Edu) | 8 months | 12 months | 8 months | 12 months |
| Best for | Academic labs · curriculum · entry research | Robotics R&D · locomotion · base dev | AI training · teleoperation · embodied AI | Activations · brand · pilot deployments | Industrial pilots · serious manipulation R&D |
All specs sourced from Unitree's official 2026 price list. Indian pricing, KYC, AMC and lead-times available on enquiry — talk to xBoom →
Successor to the H1 line, the H2 jumps to 31 degrees of freedom, 360 N·m peak joint torque, 2070 TOPS of on-board computing and supports up to three Nvidia Jetson Orin NX modules. It's the first Unitree humanoid where industrial pilot deployment — pick & place, line feeding, kit assembly — starts to make commercial sense.
180 cm tall, ~70 kg, 31 degrees of freedom (6 per leg, 7 per arm, 3 waist, 2 head), 360 N·m peak joint torque. Carries 7 kg payload normally, up to 21 kg briefly. Bionic design with optional clothing for human-like presence. Built for embodied AI research, industrial pick-and-place pilots, customer-facing automation in hospitality and retail, and brand activations where presence matters as much as capability.
Flagship platform. 31 DoF, 2070 TOPS computing, Intel i5 (PC1), 360 N·m peak knee torque. No secondary development. Best for activations, brand events, and pilot deployments where capability matters more than custom code.
Development edition. Same 31 DoF chassis + Intel i7 (PC2) for user code, plus 2 empty PC3/PC4 slots for additional high-perf compute boards. Multiple dexterous hand options. Full secondary development support.
H2 EDU ships with one dexterous hand pair from the catalogue below. Each configuration is a separate SKU with the same H2 EDU chassis (31 DoF, 2070 TOPS, Intel i7 + 2 GPU slots) and a different manipulation stack. Specify hands at order time.
Unitree-designed five-finger hand, 16 DoF per hand, no tactile. 1 kg per hand.
Dex5-1 with full tactile suite — 12 array sensors / 94 pressure points (10g-2500g range).
Force-controlled three-finger hand, 7 DoF per hand, no tactile. 650 g per hand.
Dex3-1 with 33 tactile sensors integrated into fingertips and palm.
Third-party RH56DFQ five-finger hand. 6 DoF / 12 joints, ±0.20 mm repeat accuracy.
Third-party FTP five-finger hand with 17 tactile sensors. 30 N max fingertip force.
BrainCo bionic-class five-finger hand. 6 DoF / 11 joints, 383 g, 50 N grip strength.
BrainCo Revo 2 with full tactile sensing — pressure, friction, direction, proximity.
Two-finger force-control gripper with 160° FOV RGB camera + bracket. D405-ready.
Top-spec gripper. RGB + Intel RealSense D405 depth cameras + brackets. Full vision stack.
Not every lab needs flagship-tier capability — most need a working biped that researchers can break, fix, modify and learn from. The R1 is Unitree's answer: ~25 kg, 24 DoF, full EDU SDK, designed for academic labs, robotics curricula and embodied-AI experiments where the budget can't stretch to G1 or H2.
The newest and most accessible humanoid in the Unitree lineup. ~25 kg body weight, 24 degrees of freedom, full EDU SDK with Python and C++ examples. Movement-first design with documented acrobatic capabilities (handstands, running stunts in promotional demos). Designed for human-robot interaction research — gesture-following, face recognition, language and visual cue response. Built for teams that want to enter humanoid robotics without stretching to flagship pricing.
Entry tier. 24 DoF, 40 TOPS computing, no head DoF, no hands. Foundation locomotion for academic labs.
Intermediate. 100 TOPS computing upgrade + 2-DoF head added. No hands. RL-ready compute platform.
Mid-tier. Adds 2× Dex3-1 force-controlled three-finger hands (7 DoF each). Force-control manipulation.
Advanced. 2× Dex3-1 with tactile sensors. Full slip-detection, fragile-object grasping research.
Expert. 2× BrainCo Revo 2 Basic five-finger bionic hands. Lightweight (383g/hand), 50N grip.
Capstone. 2× BrainCo Revo 2 Touch five-finger hands with full tactile sensing. Top R&D config.
The G1 platform spans the broadest range in the Unitree humanoid lineup. Base G1 for development. G1-D for data-collection and AI training workflows. The Edu series in six tiers (U1 through U6) for an institution-friendly curriculum ladder. One chassis architecture, eight configurations.
Bipedal humanoid development platform. 35 degrees of freedom, 3 kg arm payload, 2 m/s walking speed. Used by serious robotics labs and enterprise R&D for locomotion, manipulation, vision, reinforcement learning and embodied AI development.
Entry tier. 23 DoF, 1-DoF waist, 5-DoF arms. No dexterous hands. Foundation locomotion + classroom-friendly handling.
Intermediate. Upgraded to 3-DoF waist + 7-DoF arms. No hands. Manipulation prep + sensor packages.
3-DoF waist + 7-DoF arms + 2× Dex3-1 force-controlled three-finger hands (no tactile). Default research config.
3-DoF waist + 7-DoF arms + 2× Dex3-1 with tactile sensors (33 sensors per hand). Slip-detection ready.
3-DoF waist + 7-DoF arms + 2× DFQ-Series five-finger hands (RH56DFQ). Premium third-party manipulation.
3-DoF waist + 7-DoF arms + 2× FTP-Series five-finger hands with tactile sensors. Top tactile manipulation.
3-DoF waist + 7-DoF arms + 2× BrainCo Revo 2 Basic five-finger bionic hands. Lightweight bionic-class.
3-DoF waist + 7-DoF arms + 2× BrainCo Revo 2 Touch with full tactile sensing. Top bionic config.
Compact kinematics: 1-DoF waist + 5-DoF arms + 2× Dex3-1 force-controlled three-finger hands.
Compact: 1-DoF waist + 5-DoF arms + 2× Dex3-1 with tactile sensors.
Compact: 1-DoF waist + 5-DoF arms + 2× BrainCo Revo 2 Basic five-finger hands.
Compact + bionic top tier: 1-DoF waist + 5-DoF arms + 2× BrainCo Revo 2 Touch with tactile.
The G1 chassis configured for data-collection and AI-training workflows. For teams building embodied AI datasets, running teleoperation pipelines, or developing the next generation of human-scale policies. End-to-end data workflow platform with distributed training, custom model creation and deployment support across major open-source frameworks.
G1-D ships in two architectural families. Standard mounts the dual-arm humanoid torso on a fixed column-lift caster base (1260-1680 mm height range, 50 kg, ~2 m max working height). Ultimate swaps to a dual-wheel differential mobile chassis (1.5 m/s, 360° rotation, 6 hr battery, full perception sensor suite). Each family ships with five hand options — from Dex1-1 grippers up to BrainCo Revo 2 with full tactile sensing.
Cross-foot rolling caster base with column lift. Stationary deployment for benchtop teleoperation, fixed-station data collection, lab manipulation research. 50 kg, 500 mm lift stroke, 1 mm precision.
Entry. 2× Dex1-1 force-controlled grippers (5-120N clamp, 90mm stroke). Fixed-base column lift (500mm stroke, 1mm precision). 50 kg, 1260-1680mm height range. NVIDIA Jetson Orin 16G (100 TOPS).
Adds Dex3-1 force-controlled three-finger hands (no tactile, 7 DoF/hand, 650g). Manipulation research starting tier.
Dex3-1 with tactile feedback. 33 sensors per hand, 10g-2500g range. Slip-detection + fragile-object grasping research.
BrainCo Revo 2 Basic five-finger bionic hands (6 DoF, 11 joints, 383g, 50N grip, 0.1° repeat).
BrainCo Revo 2 Tactile Edition. Pressure + friction + direction + proximity sensing.
Dual-wheel differential mobile chassis (1.5 m/s, 360° rotation), 6 hr chassis battery (30 Ah), built-in chassis LiDAR + 2× depth cameras + collision sensors + low-profile obstacle detection. 80 kg. For mobile manipulation research, navigation + grasping pipelines, and deployable data-collection stations.
Mobile platform. Dual-wheel differential chassis (1.5 m/s, 360° rotation), 6h chassis battery, LiDAR + 2× depth cameras + collision sensors. 80 kg, Dex1-1 grippers.
Wheeled platform with Dex3-1 force-control three-finger hands. Mobile manipulation research.
Wheeled chassis + Dex3-1 with tactile feedback (33 sensors per hand).
Wheeled chassis + BrainCo Revo 2 Basic bionic hands. Mobile bionic manipulation.
Top G1-D config: wheeled chassis + BrainCo Revo 2 Tactile. Full mobile + bionic + tactile stack.
Before H2, the H1 series was Unitree's flagship — the first commercial 1.8 m biped to ship outside the lab. Still in active demand for brand activations, film & TV production, music videos and demonstrations where visual scale matters more than capability ceiling.
1.8 m, 47 kg full-size humanoid platform. The H1-2 variant adds dexterous manipulators, 360° depth perception via 3D LiDAR + depth cameras, and enhanced flexibility for autonomous navigation research. Both remain available in India through xBoom for projects where the H2 hasn't been budgeted, or where the H1's well-documented behaviour history is preferred.
A humanoid robot is rarely a single SKU — it's a platform. Remote controls, batteries, fast chargers, MID360 LiDAR, RealSense depth cameras, NVIDIA AGX Orin and AGX Thor compute upgrades, protection frames for lab debugging, and joint repair parts. Everything sourced direct, India-stocked, with KYC and AMC bundled into every order.
Dedicated long-life remote for humanoid robots. 2.4 GHz with Bluetooth backup, 4.5h runtime, 100m+ control range. Bundled with every Edu-class humanoid; also available as spare or second-pilot unit.
Remote controller built specifically for the H2 platform. Same long-life form factor as the G1/H1 remote with H2-side firmware and pairing keys. Recommended one per pilot for dual-operator missions.
Companion remote for the R1 platform with extended 5-hour runtime. Bluetooth + data-transmission module, 100m+ range. Mandatory pairing for spare-of-spare in any classroom or multi-unit deployment.
Universal humanoid robot battery with proprietary cell chemistry. 28.8 V nominal, 15 Ah, 432 Wh. IS 16046 (Part 2) / IEC 62133-2 compliant for safe air-shipment. Self-developed BMS with full protection suite.
H2-dedicated battery with proprietary cell chemistry and self-developed BMS. Power display, balance-charge protection, overcharge/over-discharge cutoff, short-circuit protection, temperature monitoring. Hot-swappable in pairs for extended runtime.
G1-dedicated battery pack. Self-developed BMS with full protection suite — power display, balance-charge protection, overcharge/over-discharge protection, short-circuit protection, low-temperature heating. Approx. 2 hours runtime.
R1-specific battery pack with self-developed BMS. 32.4 V nominal, 37.8 V charge limit, 6 Ah, 194.4 Wh. Compact form factor for the smaller R1 chassis.
Fast charger for H1 / H1-2 batteries. 100-240V universal input. Standard battery 0.8 h, long-life battery 1.5 h. 210×108×48 mm portable form factor.
G1-specific charger. 100-240V universal input, 54 V / 5 A output, 350 VA. Same enclosure footprint as the H1 charger but tuned to G1 cell voltage.
R1-specific charger module. Same 100-240V universal input as G1; tuned output for the R1 battery pack. Recommended one per active R1 in your deployment.
Compact 3D LiDAR sensor with 360° horizontal × 59° vertical FOV. 905 nm wavelength. Ships with metal protective frame, custom cable harness, mounting bracket, and full integration support — plug into the humanoid’s perception stack out of the box.
Industrial-grade depth camera. 1280×720@30fps and 848×480@90fps depth streams. 86°×57° FOV. Bundled with bracket, custom cable, and dedicated mount for H1/H1-2/G1 chest plate. Built-in IMU for visual-inertial odometry.
Two degree-of-freedom active head module for the G1 platform. Houses an Intel RealSense D455 depth camera with pitch (-90°→+22.7°) and yaw (-50°→+50°). Includes tripod and custom cable. The right answer for tele-op and gaze-following research.
Externally mounted edge-AI compute upgrade. NVIDIA Jetson AGX Orin delivering 275 TOPS for on-board ML inference, multi-modal perception fusion, and language-model deployment. Mounts on the back; does not require chassis disassembly.
Top-of-stack edge-AI compute. NVIDIA Jetson AGX Thor delivering 550 TOPS — 2× the AGX Orin. For on-device LLM-class workloads, vision-language-action models, multi-camera fusion, and humanoid manipulation research.
Back-mounted compute expansion dock for G1 / G1-D. NVIDIA Jetson AGX Orin module with multiple I/O interfaces. Ships configured for Unitree’s SDK out of the box.
Flagship back-expansion compute for G1 / G1-D. NVIDIA Jetson AGX Thor at 2070 TOPS — sufficient headroom to run large vision-language-action models on-device.
Intel Core i7 compute assembly built into the H2 chassis (PC4 slot). Same configuration and slot count as the B2 quadruped. Pairs with any GPU compute board for hybrid CPU/GPU workloads.
Jetson Orin NX compute assembly built into the H2 body (PC4 slot). 100 TOPS for real-time perception and motor control. Configuration mirrors the B2 quadruped.
Jetson AGX Orin built into the H2 body (PC3 slot). 275 TOPS for vision-LLM inference, manipulation policy nets, and multi-camera SLAM.
Top-tier compute for H2 — Jetson AGX Thor at 2070 TOPS, built into PC3. The configuration to run large vision-language-action models on-device for advanced humanoid research.
Debugging protection bracket for H1 / H1-2. Holds the humanoid in a safe stand-up posture during tuning, policy training, and software debug. One unit ships with every research-class delivery.
Debug & protection bracket sized for H2. Holds the robot for safe tuning, calibration, and policy training sessions. Recommended in every classroom and research lab deployment.
G1-sized debugging protection bracket. Suspends the robot during walking-policy debug, manipulation tuning, and tele-op practice. Standard fixture in robotics teaching labs.
R1 debugging protection bracket. Smaller footprint matched to the R1 chassis. Bundled standard with research-class deliveries; also sold as spare for multi-unit teaching labs.
Three degree-of-freedom waist actuator unit for G1. Strong-power, high-strength, high-reliability industrial-grade build. Unitree self-developed; available as a repair part only — not orderable as a standalone module.
Two degree-of-freedom wrist joint for G1. Strong-power, high-strength, industrial-grade. Specify left or right; one G1 takes two. Unitree self-developed; repair part only.
Dexterous manipulation has been the bottleneck for embodied AI — a humanoid that walks but can't grip, twist or feel can't do useful work. xBoom stocks the full Unitree-compatible hands catalogue: Dex5-1 (16 DoF), Dex3-1 (7 DoF, force-controlled), BrainCo Revo 2 (bionic-class), and the DFQ / FTP third-party series. Plus the Dex1-1 gripper family for two-finger manipulation. Specify left + right pair when ordering — one humanoid takes two hands.
Unitree-designed dexterous five-finger hand. 16 active degrees of freedom — thumb×4, index×3, middle×3, ring×3, little×3. 12 self-developed micro force-controlled composite transmission joints. 1 kg per hand, 217.3×127.5×72.1 mm. Specify left or right when ordering.
Dex5-1 with a full tactile sensing suite. 12 array sensors covering 94 pressure points — palm, finger pads, finger tips, finger roots. 10g-2500g sensing range. The right hand for manipulation research that needs touch feedback. One H2 takes two; order L and R.
Force-controlled three-finger dexterous hand. 7 DoF per hand (thumb 3, index 2, middle 2). 650 g, 175×88×77 mm. The default hand for G1 EDU and R1 EDU U3 configurations. Order left+right pair per robot.
Dex3-1 with 33 tactile sensors integrated into fingertips and palm. Same DoF and force-control architecture as the base Dex3-1, with touch feedback for in-hand manipulation, slip detection, and fragile-object grasping research. G1 EDU U4 / R1 EDU U4 configuration.
BrainCo’s bionic-class five-finger hand. 6 DoF, 11 joints, 383 g per hand. 50 N whole-hand grip strength, 15 N single-finger pinch. 0.1° repeatability. Mounted on G1 EDU U7, R1 EDU U5, and H2 dedicated configurations.
BrainCo Revo 2 with full tactile sensing suite — pressure, friction, direction and proximity sensing. Same lightweight 383 g form factor. The flagship five-finger choice for advanced manipulation research and human-robot-interaction work.
6 DoF, 12-joint third-party dexterous hand. ±0.20 mm repeat positioning accuracy. 6 N max thumb grip, 4 N four-finger grip. Thumb lateral rotation >65°, lateral swing 235°/s. RH56DFQ left/right pair. The standard third-party option for G1 EDU U5, R1 EDU U5, H2.
6 DoF third-party dexterous hand with 17 tactile sensors. ±0.20 mm repeat positioning accuracy. 30 N max fingertip output force. Thumb angular velocity >130°/s, four-finger >200°/s. Premium third-party option for tactile manipulation research.
Two-finger force-control gripper with free D405-camera bracket included (camera not bundled). 485-to-USB adapter board, cables and accessories included. Supports secondary development with full robot SDK.
Pro version of the Dex1-1 gripper. Includes wide 160° FOV RGB camera + dedicated bracket, free D405 mount (camera not included), 485-to-USB adapter board, cables. Supports secondary development.
Top-spec Dex1-1 gripper. Includes 160° RGB camera + bracket, Intel RealSense D405 depth camera + dedicated bracket, 485-to-USB adapter board, cables. Full vision stack out of the box for manipulation research.
Eight live demand sectors for humanoid robots in India in 2026. Each card shows the typical engagement scope and which Unitree platform best fits that use case — so the conversation starts with a recommended configuration, not a blank slate.
Foundation-model training for robotics, RL policy transfer, teleoperation data collection, multi-modal perception research at IITs, IIITs, IISc and corporate AI labs.
Robotics, mechatronics and AI departments adding humanoid platforms to BTech / MTech / PhD coursework. Edu ladder mapped to course tiers.
Hotel lobby concierge, restaurant greeter, mall promotional appearances, retail-store assistant. Visual impact + brand differentiation.
Product launches, exhibition booths, conference keynotes, sponsored sports moments. Often rented through Robots-as-a-Service.
Music videos, ad films, OTT scripted content, sci-fi feature support. Supplied with operator, choreography support and on-set technical lead.
Sterile-area auxiliary operations, GMP staff training, pre-clinical research support. Compliance-driven adoption with verifiable audit trail.
Pilot deployments on lines built for human operators — kit assembly, line feeding, parts staging. Commercially viable at H2 capability tier.
Dexterous-grasping, multi-finger control, in-hand manipulation, foundation-model fine-tuning for hand control. Dex5-1 retrofit on existing chassis.
The questions xBoom hears most often before a humanoid purchase or pilot deployment in India. Programming, applications, voice integration, connectivity, customisation and upgradability.
For most Indian engineering colleges and research labs, the Unitree R1 hits the sweet spot — ~25 kg, 24 DoF, full EDU SDK with Python and C++ examples, friendly enough for student handling. If your curriculum needs the official Edu ladder, the G1 Edu U1–U6 tiers map cleanly to a 6-stage course progression. Step up to base G1 (35 DoF) or H2 only if your research targets industrial-grade locomotion or high-payload manipulation.
H2 is the latest flagship (2026) — 180 cm, ~70 kg, 31 DoF, 2070 TOPS computing, advanced motion with OTA updates. The H1 is the previous-generation full-size flagship and remains available for projects that don't need H2-class capability. The H1-2 is the H1 universal variant adding dexterous manipulators, 360° depth perception via 3D LiDAR + depth cameras, and enhanced flexibility for autonomous navigation research. Both H1 variants are still in active demand for brand activations, film & TV production, and demonstrations.
Yes — Unitree humanoids ship with an open-source SDK supporting Python and C++ examples. ROS2 bindings are available for G1, H1 and H2 platforms. The R1 is also EDU-SDK accessible. xBoom provides initial onboarding and code-walk-through during commissioning, plus paid extension training for teams building custom controllers, RL pipelines or teleoperation stacks.
Yes — Unitree humanoids are available through our Robots-as-a-Service programme for film & TV production, brand activations, exhibitions, corporate events and short pilot deployments. Rental includes the robot, an operator, transit insurance and on-site setup. WhatsApp 08447 831 821 with your event date and venue and we'll send a quote within one working day.
Every Unitree humanoid sold by xBoom ships with the manufacturer warranty plus the 1-Year xBoom AMC — our exclusive add-on covering parts & labour, on-site visits within India, OTA firmware tracking and a dedicated support engineer. Beyond Year 1, renewable AMC contracts are available. KYC approval is mandatory before dispatch under Indian import + robotics norms.
Out of the box, Unitree humanoids run their own voice + vision stack. Custom integrations with Alexa, Google Assistant or local LLMs (open-source LLaMA, GPT-4o, Gemini) are possible at the SDK level — our integration team has shipped both for Indian customers. Typical project timeline: 2–6 weeks depending on which dialog-flow, wake-word and on-device inference path you need.
Yes — xBoom serves the GCC region (UAE, Saudi, Oman, Qatar) through our Dubai office at Ontario Tower, Business Bay. Most active markets outside India are hospitality, retail and academic robotics. Cross-border pricing differs from India because of regional import + customs structure; Dubai office handles GCC-side commercial.
Yes. The Dex5-1 (16 DoF per hand) is sold standalone specifically so research labs can upgrade existing G1, H1 or H2 platforms. It can also be configured at order time on a new build. Integration involves mechanical mounting, CAN / EtherCAT communication-bus wiring, and SDK-level mapping into your existing manipulation stack — our team supports the integration during commissioning.
Whether you're scoping a single R1 for an academic lab, an H2 fleet for a hospitality flagship, or a G1 Edu ladder for an engineering-college curriculum — xBoom routes the brief to the right specialist and replies with a configuration proposal within one working day.
