HumanoidMimicGen G1 Drill PnP: success + failure episodes for reward modeling
Pick a drill from one table and place it on a second table. (HMG environment LMDrillPnP90).
1095 episodes (564 success / 531 failure), 1,269,129 frames at 50 Hz,
each with a 480x640 ego-view RGB video, robot state, actions and per-frame task-success labels.
Format: LeRobot v2.1 (data/ parquet + videos/ mp4 + meta/).
How it was made
Source: the public HumanoidMimicGen G1 benchmark
(datasets/06_drill_pnp, ~1K generated successful demos with per-frame MuJoCo states), simulated with the
HumanoidMimicGen environments (MuJoCo 3.2.6, RoboSuite 1.5.1)
and the GR00T whole-body controller (WBC).
- Success episodes (
clean): every recorded MuJoCo state of a benchmark demo is restored after resetting the env with the demo's seed, and the ego camera is rendered. These are the original demonstrations, re-rendered. - Perturbed episodes: the demo is replayed exactly (recorded states) up to a perturbation step
t0, then continues as closed-loop physics: the recorded upper-body / navigation goals are fed (with the perturbation applied) to the WBC, which keeps the robot balanced. The episode runs for the demo's length. Open-loop replay of the recorded joint actions is chaotic for these demos, which is why only the prefix is state-restored. - Labels come from the environment's own success predicate (
env.is_success()["task"]), evaluated every step (next.success). An episode is a success iff the predicate fired at any step. Perturbed episodes that still succeeded are kept as successes, so "physics after a branch point" is not a shortcut for failure. - Source demos whose exact state replay never satisfied the predicate were dropped (ambiguous).
- Failures were subsampled to at most a 1:1 ratio with successes.
| perturbation | what it does | success | failure |
|---|---|---|---|
clean |
exact replay of the recorded benchmark demo (all recorded MuJoCo states restored) | 399 | 0 |
arm_noise |
temporally correlated (OU) noise on arm joint goals | 1 | 110 |
drop |
hands opened while carrying the object | 36 | 109 |
early_release |
hands opened shortly before the place pose | 84 | 26 |
miss_grasp |
constant random arm-joint offset applied before/through the grasp | 34 | 95 |
nav_drift |
constant bias added to the base velocity command while walking | 7 | 88 |
no_grasp |
hands kept open for the whole episode | 0 | 34 |
stall |
all goals frozen and base stopped from a random step on | 3 | 69 |
Features
| key | shape | description |
|---|---|---|
observation.images.ego_view |
480x640x3 video | head (OAK) ego camera |
observation.state |
43 | whole-body joint positions (legs, waist, arms, hands) |
action |
35 | WBC goal: 31 upper-body joint targets + navigate (vx, vy, yaw rate) + base height (same contract as the HMG policy example) |
action.joint |
43 | low-level joint position command actually sent |
next.success |
1 | task predicate after this step |
next.reward |
1 | float(next.success) |
next.done |
1 | last step of the episode |
observation.sim.mujoco_state |
800 | full MuJoCo state, zero padded (observation.sim.mujoco_state_len valid entries) |
meta/episode_labels.jsonl has one row per episode: success, final_success, first_success_step,
perturbation, its params (t0, detected grasp/release steps, magnitudes), source shard/episode and seed.
Episodes from the same source demo share source_shard/source_episode; split by source to avoid leakage.
Loading
from lerobot.datasets.lerobot_dataset import LeRobotDataset # lerobot 0.3.x reads v2.1
ds = LeRobotDataset("jellyho/hmg-g1-drill-pnp-reward")
License and attribution
Derived from linkenv/humanoidmimicgen-g1-benchmark (Apache-2.0) and rendered with the
HumanoidMimicGen assets; see the HumanoidMimicGen repository
for the licenses of RoboSuite, RoboCasa-derived assets and Unitree G1 models. If you use this data,
please cite HumanoidMimicGen:
@article{lin2026humanoidmimicgen,
title = {HumanoidMimicGen: Data Generation for Loco-Manipulation via Whole-Body Planning},
author = {Kevin Lin and Ajay Mandlekar and Caelan Reed Garrett and Nikita Chernyadev and Yu Fang and
Runyu Ding and Yuqi Xie and Justin Tran and Linxi Fan and Yuke Zhu},
year = {2026},
eprint = {2605.27724},
archivePrefix = {arXiv}
}
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