Booster T1 with Grippers Humanoid Robot

Booster T1 with Grippers Humanoid Robot + Free Delivery

Developer-first humanoid design

A defining characteristic of the Booster T1 family is that it is built as a developer platform rather than as a closed demonstration robot. Booster Robotics emphasizes comprehensive API interfaces, an open-source framework, and open-source tools for streamlined development. That makes the T1 relevant to universities, robotics labs, advanced student teams, and developers working on humanoid locomotion, perception, and manipulation.

Compact humanoid form factor

Booster Robotics lists the T1 as approximately 1.2 meters tall and 30 kg, while Generation Robots gives more specific published dimensions of 118 × 47 × 23 cm and a 30 kg weight. This places the robot in a compact humanoid category that is easier to transport, test, and reset than larger industrial humanoids.

Gripper-equipped manipulation setup

The with-Grippers variant expands the standard T1 into a more capable manipulation platform. Europa Satellite lists 31 degrees of freedom, broken down as 6 DoF per leg, 7 DoF per arm, 1 DoF per gripper, 1 DoF waist, and 2 DoF head. That configuration is especially important because it gives the robot both bipedal mobility and practical object-handling capability.

Competition-proven durability

Booster Robotics also stresses durability. Its official page calls the T1 the 2025 RoboCup “AdultSize” category champion model and says it is the preferred choice of 50+ top global robotics teams and research institutes. The company also highlights championship results and says the robot supports secondary development. Those claims position the platform as more than a concept robot; it is presented as a field-tested humanoid for demanding use.

Technology and Specifications

Core hardware specifications

The most detailed public specifications come from Generation Robots and reseller product pages. These sources list the Booster T1 family with 23 DoF in the standard version, 31 DoF in the gripper version, and 41 DoF in the dexterous-hand version. Published specs also include 130 N·m maximum knee torque, dual encoders, and a high-performance 14-core processor.

AI compute and onboard processing

The T1 with Grippers is consistently presented as a serious AI-capable humanoid. Generation Robots lists an NVIDIA AGX Orin GPU delivering 200 TOPS of AI performance, while Europa Satellite specifies Intel i7-1370P + NVIDIA Jetson AGX Orin 32GB for the gripper model. That level of onboard compute is notable because it supports perception, inference, control, and simulation-linked development workflows directly on the robot.

Sensors and interaction hardware

Public product pages list a depth or RGBD camera, 9-axis IMU, microphone array, and speaker. These are standard but important components for humanoid robotics because they enable spatial perception, balance sensing, audio interaction, and multimodal experimentation. The published sensor stack suggests that the robot is ready for embodied AI, perception research, and human-robot interaction development rather than only scripted motion playback.

Connectivity and software support

The T1 platform is marketed as strongly developer-friendly on the software side. Public listings state support for ROS 2, low-level joint and sensor interfaces, high-level motion interfaces, simulation support including Isaac Sim, and mobile app functions for network configuration and remote control. Generation Robots also lists Wi-Fi 6, Bluetooth 5.2, optional 5G, plus USB and Ethernet interfaces.

Battery and runtime

Booster Robotics’ official page lists endurance at about 2 hours walking and 4 hours standing. Generation Robots provides the same runtime figures and adds a 10.5 Ah battery specification. Those numbers make the platform suitable for lab sessions, demos, development sprints, and competition use, though not for full-day untethered deployment.

Applications and Use Cases

Research and education

The clearest use case for the Booster T1 with Grippers is research and education. Booster Robotics directly targets developers and researchers, and reseller descriptions repeatedly position the robot for research, education, and RoboCup-style competitive environments. The combination of open interfaces, ROS 2 compatibility, and simulation support makes it especially relevant to academic labs and advanced technical programs.

Embodied AI and manipulation development

The gripper version is particularly useful for manipulation research and embodied AI experiments. Compared with the standard 23-DoF T1, the with-Grippers model adds practical end effectors that can interact with objects, making it more suitable for experiments in grasping, pick-and-place behaviors, multimodal control, and task learning. This is an inference supported by the published DoF expansion and gripper-specific configuration.

Competitions and dynamic humanoid testing

Booster Robotics strongly links the T1 to RoboCup and other high-dynamic humanoid scenarios. The company’s official site and news center highlight championship performance, obstacle handling, and football-related use, suggesting the platform is also intended for teams that want a durable competition robot rather than only a lab unit.

Demonstrations and interactive robotics

Because the robot includes onboard audio, perception hardware, app support, and a humanoid form factor, it is also appropriate for demonstrations, exhibitions, public robotics showcases, and advanced teaching labs. This is not explicitly the main sales angle, but it follows naturally from the published hardware and developer-oriented control stack.

Advantages / Benefits

One major advantage of the Booster T1 with Grippers is its balanced size-to-capability ratio. At around 1.2 m and 30 kg, it is considerably more manageable than larger humanoids, but it still offers meaningful joint torque, advanced compute, and manipulation capability.

A second advantage is its open development ecosystem. Booster Robotics explicitly markets API access, open-source tools, and developer frameworks, while reseller and distributor pages confirm ROS 2 and simulation compatibility. That makes the robot appealing to technically sophisticated users who need control over the platform rather than a locked-down appliance.

A third benefit is configuration scalability. The T1 lineup moves from 23 DoF to 31 DoF with grippers and then to 41 DoF with dexterous hands, giving buyers a clear progression path. The gripper version is an especially practical middle option for teams that need basic manipulation without the cost and complexity of full dexterous hands.

FAQ Section

What is the Booster T1 with Grippers humanoid robot?

The Booster T1 with Grippers is a developer-focused humanoid robot from Booster Robotics. It is a 31-DoF version of the T1 platform that adds grippers for object handling while retaining the robot’s compact bipedal humanoid design.

How does the Booster T1 with Grippers work?

It combines bipedal locomotion, articulated arms, grippers, onboard AI compute, depth vision, IMU sensing, and developer software interfaces such as ROS 2 and simulation support. Those systems allow it to move, perceive, and manipulate objects in research and development settings.

Why is the Booster T1 with Grippers important?

It is important because it provides a relatively lightweight, open, and competition-proven humanoid platform with real manipulation capability, making it useful for embodied AI, robotics education, and advanced development work.

What are the benefits of the Booster T1 with Grippers?

Its main benefits include compact size, 31 DoF, gripper-based manipulation, high onboard compute, ROS 2 compatibility, open developer tooling, and a platform design already used by research teams and RoboCup participants.

Summary

The Booster T1 with Grippers Humanoid Robot is a compact, developer-first humanoid platform designed for research, education, embodied AI, and competition-oriented robotics. Its defining strengths are 31 DoF, gripper-based manipulation, NVIDIA AGX Orin-class compute, ROS 2 compatibility, and an open development ecosystem backed by Booster Robotics. The “+ Free Delivery” wording is best understood as a reseller promotion, but the robot itself stands out as a strong mid-tier humanoid platform for teams that need both locomotion and object-handling capability in one system.