Booster T2 Professional P3 Dexterous Hands: Specs and Evidence

Industrial Applications

Editorial: Higher-compute platform has seven-axis arms and a posture-dependent maximum combined 10 kg dual-arm claim, distinct from rated continuous payload. Professional dexterous-hand configuration adds wrist RGB viewpoints; exact installed hand model and active/passive axes require quote. No independently accepted manufacturing process, continuous production uptime or safe unsupervised collaboration established.

This editorial assessment concerns industrial buyer readiness. It is not an independent performance test.

EU regulatory fit	Unknown
Cybersecurity fit	Unknown
Serviceability fit	Unknown
Supply chain fit	Unknown

Manipulation and Perception

31 BODY axes = head 2 + arms 14 + waist 3 + legs 12, excluding hand/gripper additions. Maximum COMBINED dual-arm load 10 kg depends strongly on posture; not 10 kg per arm or rated continuous payload. Current manual hand-equipped configuration approximately 43 kg, with maker configuration caveat. End-effector exact active/passive full count, grip rating, reach and task accuracy unverified.

Professional: Jetson Thor T5000, 14-core Neoverse V3AE / 128 GB / 512 GB, 2070 TFLOPS FP4 sparse. Compute precisions are not directly comparable. Head and waist RGB-D; wrist OAK-1-W RGB cameras included for this hand/gripper configuration. LiDAR OPTIONAL in matrix; generic installed-radar prose does not establish standard inclusion. Wi-Fi 6, Bluetooth 5.2, microphones/speaker and Ethernet/locking USB-C.

SDK and Integration

Native C++/legacy Python SDK uses Fast DDS and Apache 2.0; robot-description assets BSD 3-Clause. Booster Train/Deploy use Apache 2.0 with third-party terms; ROS 2 message package root licence not established. New boosteros Python package declares Proprietary. Firmware, agents, weights and cloud data rights are separate. Python SDK requires Python >=3.10 / firmware >=1.7 and executes on robots or Booster Studio; Deploy requires firmware >=1.7.2 and ROS 2 booster_interface. Pin the exact robot, task, SDK and firmware; public code is not a turnkey safety driver.

API type	Native DDS C++/Python; BoosterOS application API; configuration-specific access
Languages	C++, Python
ROS support	ROS 2 message/service package; Deploy requires booster_interface; exact distro/BOM must match firmware
Simulation	URDF/MJCF; Isaac Gym legacy; Train tested Isaac Lab 2.3.2 / Isaac Sim 5.1.0; Deploy MuJoCo
Offline operation	Local control/examples documented; complete agents, speech, activation and cloud-free operation unverified
Teleoperation	Needs verification
Software updates	Vendor firmware/App updates; physically support body before torque-off upgrade
Documentation	Open documentation
Integration constraints	Native C++/legacy Python SDK uses Fast DDS and Apache 2.0; robot-description assets BSD 3-Clause. Booster Train/Deploy use Apache 2.0 with third-party terms; ROS 2 message package root licence not established. New boosteros Python package declares Proprietary. Firmware, agents, weights and cloud data rights are separate. Python SDK requires Python >=3.10 / firmware >=1.7 and executes on robots or Booster Studio; Deploy requires firmware >=1.7.2 and ROS 2 booster_interface. Pin the exact robot, task, SDK and firmware; public code is not a turnkey safety driver. Website policy permits China, Singapore and other server regions and defers to separate product policies. Operation data may be collected for fault detection/statistics. Complete robot/App/voice-agent data flows, retention, remote access, cloud training consent, patch lifetime and fully offline agent operation remain unverified.

Safety Notes

Maker requires PREP and stable ground before WALK, clear motion area and no lifting a moving body. Upgrades stop control and remove joint torque: support the robot in DAMP. CUSTOM mode hands all joints to developer code; use a hoist and validate in simulation. Soft/hard stops, damping and alarms are manufacturer features, without inspected independent SIL/PL, fall envelope or unguarded collaborative approval.

Compliance and Certificates

Standard	Status	Jurisdiction	Evidence
CE marking	Unknown	European Union	No signed exact-configuration declaration, applicable test dossier or EU economic-operator details inspected.

Commercial Readiness

Pricing	November 2 Funduino on-order offers, VAT included/shipping extra: Education E1 EUR 32,500, gripper 42,790, dex 48,790; Pro P1 38,259, gripper 47,590, dex 53,590. Seller Edu 350 TOPS and Pro 2000 TOPS differ from maker 375 INT8 / 2070 TFLOPS FP4; confirm revision and tax/configuration before comparison. No current OEM checkout price verified.
Price range	Quote-based or unverified
Lead time	Needs verification
Availability regions	China manufacturer inquiry; overseas seller contract-dependent
Spare parts	German seller lists batteries/chargers and T2 LiDAR; French seller promises parts and repair. Exact joint/hand inventory, battery freight and response SLA unknown.
Warranty	Ordinary current T2: one year from receipt, extended warranty by quote. Warranty starts receipt under current manufacturer policy. Falls, water, unauthorised changes/parts, overload and developer-code collisions or vibration are excluded. Buyer prepays return; covered costs handled after diagnosis. Back up data before repair. Regional battery, hand, freight, labour and contract exceptions require written confirmation.
Configuration and pricing basis	Configuration and territory quote required
Distributors and service	Funduino in Nordhorn lists configurations on order; Bipedal lists T1-G currently unavailable; Robot Distribution in France advertises repair, parts and training. Sapienta in Italy quotes T2. These are seller claims, with no inspected manufacturer EU branch, authorised appointment, local inventory or service-response SLA.

Specifications

Height	1400 mm
Weight	43.00 kg
Payload	10.00 kg
Runtime	120 min
Battery and runtime conditions	48 V / 10 Ah; maker two hours of continuous walking, with no published load/speed test protocol. Not two hours at 3 m/s or a calculated travel range. Magnetic direct charge while powered; no verified hot-swap guarantee. Current walking speed 3 m/s is not explicitly a maximum, so maximum-speed scalar unknown.
Degrees of freedom	31
Max speed	Unknown
DOF counting basis	31 BODY joints, excluding optional hand/gripper actuators; full installed active/passive count requires exact hand BOM. Source ↗
Edition and numerical precision	Professional: Jetson Thor T5000, 14-core Neoverse V3AE / 128 GB / 512 GB, 2070 TFLOPS FP4 sparse Source ↗
Maximum dual-arm payload	10 kg combined; posture-dependent maximum Source ↗
Maximum peak torque	140 N m Source ↗
Walking endurance	120 minutes manufacturer continuous-walking claim; load/speed test conditions unpublished. Source ↗

Sources and Further Reading

BoosterOS Python package metadata and proprietary licence ↗ Booster Robotics / Python Package Index · Accessed Nov 2, 2026
Inspected current PyPI 1.2.2 metadata declares license Proprietary. Separate legacy booster_robotics_sdk_python 1.6.3 metadata has no explicit licence field. Do not call all Booster software open source.
Current BoosterOS Python SDK runtime requirements ↗ Booster Robotics · Accessed Nov 2, 2026
Current supported list names K1/T1/T2 despite stale prose saying two models. Python >=3.10, firmware >=1.7; supported execution on physical robots or Booster Studio virtual environments, not arbitrary remote workstation guarantee. Sensors, mode/velocity/joint/trajectory/action/audio interfaces. API availability is not a licence for firmware, weights or all cloud services.
Current German seller configurations and VAT-inclusive offers ↗ Funduino GmbH · Accessed Nov 2, 2026
November 2 primary catalogue: Funduino GmbH, Bornestraße 22, 48529 Nordhorn. Listed on order, not proven local stock. K1 Geek EUR 11,999; Education 14,999; Pro 17,899.99. T2 Pro 38,259, gripper 47,590, dex 53,590; Edu 32,500, gripper 42,790, dex 48,790; tactile Pro 118,990. VAT included, shipping excluded. Seller T1 Basic 100 TOPS versus maker current 200, T2 Edu 350 versus maker 375 and Pro 2000 TOPS versus maker 2070 TFLOPS FP4 are unresolved SKU/metric differences, not manufacturer truth.
Current T2 Education and Professional comparison ↗ Booster Robotics · Accessed Nov 2, 2026
Two compute lines, each with default, gripper and dexterous-hand options. Approximately 1400 mm, 31 BODY joints excluding end-effector additions, 140 Nm peak. Maximum dual-arm combined 10 kg strongly depends on posture, not 10 kg per arm or rated continuous capacity. Walking 3 m/s and 48 V / 10 Ah / two-hour continuous walking claims; runtime at 3 m/s not established. Optional LiDAR and configuration-specific wrist cameras. One-year warranty.
Dated official product and ecosystem news index ↗ Booster Robotics · Accessed Nov 2, 2026
Official index dates T2 July 10, 2026, Booster Studio June 30 and K1 Explorer September 17. Explorer full WeChat article was inaccessible; exact Explorer-to-current-Geek mapping not established. August 22 T2 stage event involving 80 robots is a demonstration, not manufacturing acceptance.
French seller support and conformity promises ↗ Robot Distribution / Lammar Innovative · Accessed Nov 2, 2026
Current K1/T2 purchase/rental/RaaS, training, parts/repair and EU declaration promises. Exact OEM appointment, signed model declaration, physical parts inventory, response SLA and accepted deployments not inspected. Seller channel is not manufacturer-owned European branch.
Official model-description DOF and simulation asset guide ↗ Booster Robotics · Accessed Nov 2, 2026
Manufacturer guide independently confirms K1 22, T1 23, T1_29dof seven-axis-arm URDF and T2 31 body axes. Head/arms/waist fixed in locomotion examples are controlled subsets, not new products. Internal b1_loco SDK naming does not establish a B1 retail robot.
Public booster_assets repository and licence scope ↗ Booster Robotics / GitHub · Accessed Nov 2, 2026
Actual root BSD 3-Clause licence. URDF/MJCF descriptions: K1 22, T1 23, T1 seven-axis arms 29 BODY, T2 31 BODY. Locomotion subsets/fixed joints are software assets, not new retail bodies. BSD model assets do not grant a website-picture licence.
Public booster_deploy repository and licence scope ↗ Booster Robotics / GitHub · Accessed Nov 2, 2026
Actual root Apache 2.0 notice. Python >=3.10, firmware >=1.7.2, ROS 2 booster_interface required for DDS-backed low_state/joint_ctrl/RPC; MuJoCo optional sim2sim. Not the same environment promise as generic native SDK.
Public booster_robotics_sdk repository and licence scope ↗ Booster Robotics / GitHub · Accessed Nov 2, 2026
Actual root licence states Apache 2.0. Native C++ and legacy Python bindings, Fast DDS; Ubuntu 22.04, GCC 11.4, aarch64/x86_64 examples. Public SDK licence does not cover all proprietary robot firmware or BoosterOS package.
Public booster_robotics_sdk_ros2 repository and licence scope ↗ Booster Robotics / GitHub · Accessed Nov 2, 2026
README inspected: ROS 2 message/service definitions including low-level state, command and agent RPC. Root LICENSE and guessed root package.xml returned 404; exact package licence/distro and whole-driver support not established. Public availability alone is not an open-source licence.
Public booster_train repository and licence scope ↗ Booster Robotics / GitHub · Accessed Nov 2, 2026
Actual root Apache 2.0 notice; embedded whole_body_tracking separately MIT. Isaac Lab motion tracking for T2/T1/K1; tested Isaac Lab 2.3.2 / Isaac Sim 5.1.0. Pin exact commit/assets/task rather than assuming all firmware or hand variants interchangeable.
Receipt-based warranty, exclusions and website privacy ↗ Booster Robotics · Accessed Nov 2, 2026
Warranty starts receipt; model-specific periods prevail. Excludes falls, water, unauthorised parts/repair, rough terrain, overload and developer code causing falls/collisions/joint-limit vibration. Buyer prepays return; covered fault costs reimbursed after diagnosis. Back up data; repairs may erase it. Robot operation data collected for fault detection/statistics. Website privacy is website-only; separate product policies prevail, servers China/Singapore/other regions. No complete robot/App/voice-cloud residency or offline guarantee established.
T2 exact E1/E2/E3 and P1/P2/P3 hardware matrix ↗ Booster Robotics · Accessed Nov 2, 2026
Current manual explicitly lists E1/P1 approximately 42 kg, E2/E3/P2/P3 approximately 43 kg, with configuration caveat. Education 16-core Cortex A78AE 1.9 GHz / 16 GB / 512 GB / 375 TOPS INT8, exact module identity unverified. Pro Jetson Thor T5000, 14-core Neoverse V3AE / 128 GB / 512 GB / 2070 TFLOPS FP4 sparse. These are not directly comparable precision metrics. Head/waist RGB-D; wrist OAK-1-W for gripper/dex configurations. Optional LiDAR in actual matrix overrides generic installed-radar prose.
T2 motion, upgrade and custom-control safety instructions ↗ Booster Robotics · Accessed Nov 2, 2026
PREP and stable ground before WALK; clear people/obstacles; no lifting a moving robot; do not touch moving parts except handle. Firmware upgrade stops controller and removes joint torque: support body and use DAMP. CUSTOM mode transfers all joints to developer code; hoist protection and simulation validation advised. Emergency stop/damping is not independently validated SIL/PL or collaborative-operation certification.
T2 current firmware release and upgrade instructions ↗ Booster Robotics · Published Oct 19, 2026 · Accessed Nov 2, 2026
October 19, 2026 release inspected: T2 v1.8.3.2, Ubuntu 24.04 aarch64; first Education firmware/factory preload; Wuji Hand 2 and Sharpa Wave W01 support, LiDAR support and balance fixes for handed PREP mode. Updates stop motion control and joint torque; physical support required. No firmware binaries downloaded and no upgrade performed.

Booster Robotics T2 Professional P3 Dexterous Hands