Product profile
T170A
T170A is Ti5 Robot lightweight full-size humanoid platform. It combines high-degree-of-freedom body design, bionic hands, lidar, binocular vision and onboa...
Facts
- Company
- Ti5 Robot
- Product type
- humanoid
- Status
- commercial
- Primary capability
- generalist
- Website
- https://www.ti5robot.com/en/
About T170A
T170A is a 1.7-metre humanoid with 44 degrees of freedom and a body mass of approximately 48 to 50 kilograms. The platform uses Ti5’s lightweight high-torque joint modules and carries up to five kilograms on each arm. Lidar and stereo cameras provide environmental perception, while NVIDIA Jetson compute supports local robot software.
The robot is intended for motion development, education, research and industrial manipulation trials. Ti5 provides structural documentation and development access for integration and policy work. T170A remains an early commercial development platform used in exhibitions and customer engineering programmes.
Market context
true, Bipedal, Binocular vision and lidar, robot, High-torque joint modules, humanoid, biped_humanoid
Summary
Type: Humanoid
Core: Full-size body
Function: Assistance
Audience: Developers
Specifications
- deployment_model
- humanoid
- platform_role
- biped_humanoid
- platform_type
- robot
- use_cases
- industrial_manipulation; material_handling; commercial_service; humanoid_research
Operations
- Product detail
- true, Bipedal, Binocular vision and lidar, robot, High-torque joint modules, humanoid, biped_humanoid
Research, Articles and recent verified events
- Ti5 Robot and Siemens agree to develop an embodied-intelligence benchmark factory — 2026-07-22
- Ti5 Robot debuts new embodied-intelligence products at WAIC 2025 — 2025-07-27
- Ti5 Robot expands embodied-intelligence lineup with T170V2.1 and T140 at WAIC 2025 — 2025-07-26
- Ti5 Robot showcases its self-developed technology matrix at AUTOMATICA 2025 — 2025-06-26
- Ti5 Robot launches second-generation T170A humanoid robots at WAIC 2024 — 2024-07-04
- Ti5 Robot signs strategic cooperation agreement with the National and Local Co-built Humanoid Robotics Innovation Center — 2024-06-06