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---
tags:
- robotics
- grasping
- simulation
license: "cc-by-4.0"
---
# GraspGen: Scaling Simulated Grasping
GraspGen is a large-scale simulated grasp dataset for multiple robot embodiments and grippers
<img src="assets/cover.png" width="1000" height="250" title="readme1">
We release over 57 million grasps, computed for a subset of 8515 objects from the [Objaverse XL](https://objaverse.allenai.org/) (LVIS) dataset. We release grasps for three grippers: Franka Panda, the Robotiq-2f-140 industrial gripper, and suction.
<img src="assets/montage2.png" width="1000" height="500" title="readme2">
## Dataset Format
The dataset is released in the [WebDataset](https://github.com/webdataset/webdataset) format. The folder structure of the dataset is as follows:
```
grasp_data/
franka/shard_{0-7}.tar
robotiq2f140/shard_{0-7}.tar
suction/shard_{0-7}.tar
splits/
franka/{train/valid}_scenes.json
robotiq2f140/{train/valid}_scenes.json
suction/{train/valid}_scenes.json
```
We release test-train splits along with the grasp dataset.
Each json file in the shard has the following data in a python dictionary. Note that `num_grasps=2000` per object.
```
‘object’/
‘scale’ # This is the scale of the asset
‘grasps’/
‘object_in_gripper’ # boolean mask indicating grasp success, [num_grasps X 1]
‘transforms’ # Pose of the gripper in homogenous matrices, [num_grasps X 4 X 4]
```
## Visualizing the dataset
We have provided some standalone scripts for visualizing this dataset. See the header of the [visualize_dataset.py](scripts/visualize_dataset.py) for installation instructions
Before running any of the visualization scripts, remember to start meshcat-server in a separate terminal:
``` shell
meshcat-server
```
To visualize a single object from the dataset, alongside its grasps:
```shell
cd scripts/ && python visualize_dataset.py --dataset_path /path/to/dataset --object_uuid {object_uuid} --object_file /path/to/mesh --gripper_name {choose from: franka, suction, robotiq2f140}
```
## Objaverse dataset
Please download the Objaverse XL (LVIS) objects separately. See the helper script [download_objaverse.py](scripts/download_objaverse.py) for instructions and usage.
## License
License Copyright © 2025, NVIDIA Corporation & affiliates. All rights reserved.
The dataset is released under a CC-BY 4.0 License.
The visualization code is released under the [NVIDIA source code license](LICENSE).
## Contact
Please reach out to [Adithya Murali](adithyamurali.com) (admurali@nvidia.com) and [Clemens Eppner](https://clemense.github.io/) (ceppner@nvidia.com) for further enquiries
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