Robot Horse Hauls 1,000 kg in Remote Areas Where Traditional Trucks Are Ineffective

Dax Robotics Unveils Qiji T1000, a Revolutionary Quadruped Robot Horse

Dax Robotics has unveiled the Qiji T1000, a quadruped "robot horse" designed to carry up to 1,000 kilograms across difficult terrain such as mountains, snow and uneven ground. The Qiji T1000 is described as a ton-class robotic platform built for tasks where traditional vehicles struggle.

Unlike wheeled machines, the Qiji T1000 uses four articulated legs to maintain balance and mobility on rough ground. This design allows it to traverse steep slopes, rocky paths and broken surfaces that are often inaccessible to trucks or tracked vehicles. According to specifications released by the company, the Qiji T1000 can produce more than 2,000 newton metres of joint torque, enabling it to carry payloads of up to 1,000 kilograms in demanding conditions.

Developers say the robot is built for operations in remote and harsh environments, with the ability to run for extended periods during long-duration missions. Dax Robotics has positioned the Qiji T1000 primarily for security patrols, emergency rescue operations and industrial use.

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In disaster zones, for example, such a robot could deliver supplies or evacuate injured people where roads are damaged or blocked. Its ability to maintain stability on uneven terrain could reduce risks faced by human responders.

The launch of the Qiji T1000 comes as legged robots are increasingly being used outside research labs. Machines such as Boston Dynamics' Spot are already deployed for industrial inspections, surveillance and hazardous site monitoring in several countries. These robots are valued for their ability to move where wheels cannot.

The Qiji T1000 takes this a step further by focusing on heavy load carrying, with the aim of supporting rescue work and transport in areas where conventional vehicles cannot operate effectively. Company data shows the Qiji T1000 can carry up to 1,000 kilograms. Developers say it is designed to work in remote and difficult terrain for long periods, including use in rescue and transport operations.

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The debut of the Qiji T1000 also points to rising competition in the robotics sector, especially in China, where companies are putting significant resources into automation and smart machines. If it proves reliable in real-world use, robots like this could change how work is done in transport, rescue and security, particularly in places where traditional vehicles cannot operate effectively.