FDROBOT TLIBOT (TLIBOT )

The FDROBOT TLIBOT (TLIBOT ) is a full-size humanoid robot developed by Sichuan Tianlian Robotics Co., Ltd., the Chinese robotics manufacturer operating under the FDROBOT brand. Third-party robotics directories describe TLIBOT as a highly articulated general-purpose humanoid platform with 71 degrees of freedom, actuators delivering up to 450 Nm of joint torque, joint speeds of 720°/s, and a sensor suite built around 3D vision cameras and LiDAR. Reported load figures are notable for the class: up to 65 kg supported per leg, a combined payload capacity of 145 kg, and a reported top speed of 2.78 m/s. Because the detailed figures on this page come from third-party robot directories rather than a verified manufacturer datasheet, they should be read as reported values and confirmed during quotation. This overview summarizes what those sources document about the platform's design, capabilities, and intended application areas.

Background

Sichuan Tianlian Robotics and the FDROBOT platform lineage

TLIBOT is built by Sichuan Tianlian Robotics Co., Ltd. (FDROBOT), a company that third-party profiles describe as active in specialized robotics since 2012, with a portfolio spanning collaborative robots, composite mobile-manipulator robots, and task-specific industrial systems for processes such as meter manufacturing, fiberglass handling, palletizing, and PCB production. A recurring theme in these profiles is the company's in-house development of harmonic drives — the precision transmission components at the heart of articulated robot joints — which the manufacturer reportedly supplies both for its own robots and externally. Third-party sources also reference a substantial patent portfolio attributed to the company. In that context, TLIBOT represents FDROBOT's move from specialized industrial machines into general-purpose humanoid robotics, applying its actuator and transmission expertise to a bipedal, human-form platform.

Where TLIBOT sits in the humanoid robot landscape

Humanoid robots are being developed worldwide for environments designed around the human body — factory workstations, corridors, stairs, and tools — where a wheeled or fixed robot cannot easily operate. Within this landscape, third-party listings position TLIBOT toward the high-dexterity, high-payload end of the spectrum: 71 degrees of freedom is a high articulation count for the class, and the reported 145 kg combined payload capacity is presented by those sources as a distinguishing figure relative to the platform's own mass. Directory profiles compare TLIBOT with other humanoid platforms in industrial and service niches and associate it with a broad application span, from industrial production and logistics handling to education, film and television entertainment, training simulation, wellness and nursing support, medication delivery, and housekeeping services. These positioning statements originate from third-party analysis rather than manufacturer benchmarks and should be weighed accordingly.

Technical Specifications

All figures in this table are drawn from third-party robot directories rather than a verified manufacturer datasheet; individual listings differ on some dimensions and masses, so exact specifications, configuration, and included equipment must be confirmed with the manufacturer during quotation.

How does the FDROBOT TLIBOT perceive and navigate its environment?

According to third-party technical profiles, TLIBOT's perception stack combines 3D vision cameras with LiDAR sensors, giving the robot both dense visual data and direct range measurement for environmental mapping, object recognition, and navigation. On top of this sensing layer, the described software integrates obstacle-avoidance algorithms and autonomous navigation and task-execution modules, allowing the robot to move through complex environments without continuous manual control. Onboard computing is described as supporting real-time processing of 3D vision and LiDAR data together with AI-driven control algorithms. As with all software claims for closed-source platforms, the practical level of autonomy in a given deployment depends on configuration, environment complexity, and integration work, and should be validated against the intended use case during procurement.

Who is the FDROBOT TLIBOT (TLIBOT ) for?

What is the FDROBOT TLIBOT (TLIBOT ) used for?

1. Industrial production support, where third-party profiles describe the platform working alongside humans or autonomously on tasks that benefit from its high articulation and joint torque.
2. Logistics and materials handling, leveraging reported leg load capacities of up to 65 kg per leg and a combined 145 kg payload figure for moving heavy items.
3. Education, research, and development, as a 71-DoF bipedal platform for studying locomotion, manipulation, perception, and human-robot interaction.
4. Training and simulation, acting as a physically realistic agent in military-style or emergency-response training scenarios described by directory sources.
5. Film, television, and live entertainment, performing dynamic movement and choreography enabled by high joint speeds and whole-body articulation.
6. Service-oriented pilots such as medication delivery, housekeeping, and wellness or nursing support, as listed by third-party sources — subject in care settings to professional protocols and local regulatory requirements.

Pricing and Availability

No public transactional price is available for the FDROBOT TLIBOT, and third-party directories likewise list no pricing information. Humanoid platforms in this class are configured to order — articulation options, software modules, support scope, and logistics all affect the final cost — so purchase is confirmed through quotation. Submit a request for quotation describing your intended application, deployment environment, and support requirements, and a formal quotation with current configuration options and lead-time information will be prepared in response.

Frequently Asked Questions

How many degrees of freedom does the TLIBOT have?

Third-party listings consistently report 71 degrees of freedom, a high articulation count for current humanoid platforms, intended to support movements that closely mimic human dexterity.

How strong is the TLIBOT?

Reported figures include actuators delivering up to 450 Nm of joint torque, leg support of up to 65 kg per leg, and a combined payload capacity of 145 kg. These are third-party reported values; task-level lifting capability depends on posture, grip, and configuration and should be confirmed for your application.

How fast can the TLIBOT move?

Directory sources report a top speed of 2.78 m/s (roughly 10 km/h walking speed), with joint speeds of 720°/s and higher figures reported for select joints in some listings.

What sensors and software does the TLIBOT use?

The platform is described with 3D vision cameras and LiDAR for mapping, object recognition, and navigation, running closed-source software that integrates obstacle avoidance, voice interaction, force feedback, and autonomous navigation and task execution.

Is the TLIBOT suitable for healthcare or nursing use?

Third-party sources mention wellness care, nursing support, and medication delivery among the intended application areas. However, clinical suitability depends on professional protocols and the regulatory context of the deployment; the robot should be evaluated as a general-purpose platform, not as a certified medical device.

How reliable are the published TLIBOT specifications?

The figures on this page come from third-party robot directories rather than a verified manufacturer datasheet, and individual listings differ on details such as height and mass. Treat them as reported values and confirm the exact configuration with the manufacturer during quotation.

Where can I buy FDROBOT TLIBOT (TLIBOT ) and what does it cost?

The TLIBOT is available through authorized robotics distribution channels on a quotation basis. No fixed price is published; configuration, software scope, support, and logistics determine the final cost. Submit a request for quotation to receive current pricing and availability information.

Summary

The FDROBOT TLIBOT (TLIBOT ) is Sichuan Tianlian Robotics' entry into general-purpose humanoid robotics, described by third-party sources as an unusually articulated (71 DoF) and strong (up to 450 Nm joint torque, reported 145 kg combined payload) bipedal platform with 3D vision, LiDAR, and closed-source autonomy software spanning navigation, voice interaction, and force feedback. Its reported application span runs from industrial production and logistics to education, training simulation, entertainment, and service pilots. Because the available detail is third-party rather than manufacturer-verified, procurement should center on confirming exact specifications, configuration, and support terms through a formal quotation process. For scoping that evaluation and requesting a quotation, this page is the starting point.