A data-collection humanoid with dual 7-DoF arms, HD binocular head and dual wrist cameras, NVIDIA Jetson Orin NX (100 TOPS) compute, and a quick-swap battery for full-day teleoperation sessions. Standard upper-body or Flagship mobile chassis — both purpose-built for embodied-AI training and imitation-learning demos.
Embodied-AI models don’t exist without embodied data. G1-D is Unitree’s purpose-built platform for collecting that data at scale — teleoperate, demonstrate, record, replay. Two 7-DoF arms, three HD cameras, on-device compute, and a battery that survives the shift.

Two 7-degree-of-freedom arms with proprietary actuators and precision encoders, rated for ~3 kg per arm. Swap in a two-finger gripper for pick-and-place, a three-finger dexterous hand for delicate manipulation, or a full five-finger hand with tactile sensing for research-grade contact demos.

One HD binocular camera at the head for scene context and stereo depth, plus two HD cameras at the wrists for close-up manipulation coverage. Wrist mounts see what the gripper is doing — critical for imitation learning where the training data has to include hand‑object interaction from the arm’s own point of view.

A Jetson Orin NX 16GB module delivers 100 TOPS of on-device AI compute — enough to run vision transformers, imitation-learning policies and voice models locally without cloud round-trips. An 8-core high-performance CPU handles the robotic-control stack. Wi-Fi 6, Bluetooth 5.2 and API access ready.

Pick the format that fits the lab. The Standard upper-body is a benchtop workstation for stationary data-collection cells. The Flagship mounts the same upper body on a differential-drive base with LIDAR, dual depth cameras and 30 Ah of on-board battery — six hours of untethered mobile-manipulation demos, up to 1.5 m/s.
Two configurations of the same data-training humanoid — benchtop upper body or full mobile platform.
Specs per Unitree G1-D datasheet. Multiple end-effector options ship separately — Dex3-1 (three-finger), Dex5-1 (five-finger), or third-party grippers. Indian pricing, KYC, AMC & lead-times on enquiry.
Every G1-D upper body accepts a range of end-effectors. Pick the level of dexterity your data-collection workflow demands.
Basic pick-and-place. Dex1-1 · force control · RGB camera option
Force-controlled · 7 DoF per hand · 650 g
33 tactile sensors · fingertip + palm
Unitree five-finger · 16 DoF · 1 kg
12 sensor arrays · 94 pressure points · 10–2500 g
Bionic 5-finger · Basic or Touch (full tactile)
Purpose-built for one thing: collecting the demonstration data your embodied-AI stack needs.
Teleoperate the arms, record demonstrations, train imitation-learning policies. Full-day sessions on a quick-swap battery.
Structured task capture — pick-and-place, contact-rich manipulation, tool use. Consistent camera coverage every episode.
Undergraduate and graduate teaching platform for arm kinematics, teleoperation, computer vision and imitation learning.
Prototype and demonstrate assembly, kitting, packing and lab-bench workflows before deploying to production robots.
The base G1 is a full bipedal humanoid built for locomotion research and general-purpose humanoid work. G1-D is data-collection focused — upper body (or upper body + mobile chassis) with dual 7-DoF arms, dedicated wrist cameras, and a compute + battery stack tuned for long teleoperation sessions. If you need walking research, buy G1. If you need imitation-learning demonstrations, buy G1-D.
Standard is the upper body on a stationary column — benchtop workstation for data-collection cells, ~50 kg, ~2 h battery. Flagship puts the same upper body on a differential-drive mobile base with LIDAR, dual depth cameras and a 30 Ah battery — ~80 kg, ~6 h battery, up to 1.5 m/s. Both use identical arms, cameras and Jetson compute.
Multiple options: a 2-finger gripper (Dex1-1) for basic pick-and-place, a 3-finger Dex3-1 hand (force-controlled, optional 33-sensor tactile version), a 5-finger Dex5-1 (16 DoF, optional Dex5-1P with 94-point pressure sensing), or third-party bionic hands like the BrainCo Revo 2 (Basic or Touch). Ask us for the current configuration matrix on enquiry.
Yes — a manual teleoperation controller ships in the box. The G1-D is designed for teleop-driven data collection: an operator drives the arms via the controller (or a VR headset via the SDK), the robot records the demonstrations, and your imitation-learning pipeline consumes them.
The G1-D exposes a Python + C++ SDK on top of the Jetson Orin NX stack, with support for major open-source frameworks (ROS 2 bridges, PyTorch inference, Isaac Sim parity). API-ready endpoints for custom integration. Intelligent OTA firmware updates. xBoom provides onboarding and a code-walk-through during commissioning.
12-month manufacturer warranty plus the 1-Year xBoom AMC — parts, labour, on-site visits within India, dedicated support engineer. KYC approval is required before dispatch. Pan-India insured shipping from Bengaluru; GCC coverage via our Dubai office.
Tell us the programme — research lab, embodied-AI startup, university curriculum — and we’ll spec Standard or Flagship with the right end-effector and drop an INR proposal into your inbox with GST invoice, KYC and AMC.