MICROROBOTECH Move New T1 (T1)

A robot that only walks is slow, and a robot that only rolls gets stuck at the first flight of stairs. The MICROROBOTECH Move New T1 (T1) is built around the idea that a working machine should not have to pick one. It is a wheeled quadruped: four legs with driven wheels, a body that stands up to do its work and folds down when it is time to move it, and a computing core sized for serious onboard processing.

The product is available through this page, by quotation.

Background

The company and its lineage

The T1 comes from Micbot, which describes itself as a high-tech enterprise specializing in the research and development of wheeled quadruped robots. That focus matters. Many robotics makers treat the four-legged robot as one product among many, a side branch of a larger catalog. A company that concentrates on wheeled quadrupeds spends its engineering effort on one question: how to combine the reach of legs with the efficiency of wheels in a machine people can actually deploy.

Quadruped robots began as research platforms, valued for what they taught engineers about balance and locomotion. Over the years they moved toward practical work: carrying equipment, covering ground between points and operating in places that are awkward for wheeled vehicles or people on foot. The wheeled variant is one answer to that shift. Wheels carry the machine over open ground, and legs take over where the ground gets difficult. The Move New T1 belongs to that line of thinking.

Positioning and key technology

The T1 is positioned as a capable, load-bearing platform with serious computing behind it. Its core modules are a Jetson Orin NX Super and an RK3588, and its computing power is 181 tops. That is the kind of headroom teams look for when they want to run perception and navigation software on the robot itself rather than depending on a remote link.

Sixteen high-performance motors drive the joints, and the hub motors deliver a torque of 380 N·m on wheels with a diameter of 180 mm. The robot is powered by a 72V supply from a ternary or solid-state lithium battery with a capacity of 3.5/4.5 kwh. On the software side, the T1 supports OTA updates, a mobile app, a handheld remote control and secondary development. In practice that means it can be operated out of the box and also adapted by teams that want to build their own applications on it.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation.

The manufacturer has not published the net robot weight, the charging time, the battery cycle life, the contents of the box, the LiDAR model, the camera resolution or a single consistent protection rating; they are confirmed at quotation.

What makes the T1 different from a conventional quadruped?

The first difference is how it moves. A conventional quadruped walks everywhere, which is flexible but costs speed and energy on open, flat ground. The T1 adds wheels, and its maximum moving speed is 18 km/h. It still keeps legs for the places wheels cannot go: a maximum step height of 25cm and a slope capability of up to 45°. The robot rolls where the ground allows and walks where it demands.

The second difference is how it is stored and carried. The standing dimensions are 800mm × 600mm × 540mm, and the folded dimensions are 1025mm × 750mm × 150mm. Folded, the machine is long and flat at just 150mm in height. That is a shape that suits a vehicle load floor or a storage shelf far better than a standing robot would.

The third difference is the load. The T1 is rated for a maximum standing load of 100kg and a continuous walking load of 50kg. The joint modules carry a dynamic load of 70kg and a static load of 200kg. Those figures describe different conditions, and we recommend reading them that way: standing, walking and joint loading are not interchangeable numbers. Teams planning around a specific payload should name it in the quotation request so the right configuration is matched to it.

How does the T1 handle weather and long working days?

The operating temperature runs from -40℃ to 55℃, which covers cold storage yards as well as hot afternoons in the open sun. Anyone planning to use the robot near salt spray, heavy rain or dust should raise the protection rating early when asking for a quote.

For endurance, the maximum is up to 12 hours. The battery has a capacity of 3.5/4.5 kwh on a 72V supply, and a charging station with fast charging is part of the specification. Teams that run the robot through a full shift should ask about charging time. Real runtime will also depend on load, terrain and speed.

Lighting is practical rather than decorative. The T1 carries a front and rear Digital Matrix LED Headlight and a Rear LED Indicator, which helps when work continues into the evening or in poorly lit areas.

Who is the T1 for?

The T1 suits organizations that need a capable mobile platform and are prepared to define their task before they buy. Developers and research groups will appreciate the dual-module computing core, the 181 tops of computing power and the support for secondary development. Operators who need a machine to carry equipment across uneven ground will look first at the load figures, the step and slope capability, and the folded format for transport.

Two versions exist, Standard and Silver. Their specifications are not separated on this page, so we cannot say which suits which buyer. If one of them matters to your plans, tell us when you request a quotation.

The T1 is a less obvious fit for anyone who needs a small, light indoor robot, or for buyers who want fixed figures for every detail before they start talking to a supplier. For those buyers, the open items above are worth clearing up early.

What is the T1 used for?

1. Carrying loads over rough ground: the load ratings and the leg-and-wheel layout suit moving equipment where a cart or a small vehicle would struggle.
2. Covering distance between work points: wheels at up to 18 km/h let the robot roll over open ground instead of walking the whole way.
3. Climbing steps and slopes: a step height of 25cm and a slope capability of up to 45° let it work around stairs, curbs and embankments.
4. Outdoor work in wide temperature ranges: an operating range of -40℃ to 55℃ supports deployment in cold and hot conditions alike.
5. Software development and research: the Jetson Orin NX Super and RK3588 modules, OTA updates and secondary development support suit teams building their own applications.
6. Operator-controlled field tasks: the handheld remote control and the mobile app give operators direct control when a job calls for it.

Pricing and Availability

We do not list prices on this page. A quotation is the way to proceed: it ties the configuration, the version and the quantity together. Delivery, customs and support are arranged together with the quotation, so nothing is left open after you decide. The T1 is available on this page.

Frequently Asked Questions

How fast can the T1 move?

The maximum moving speed is 18 km/h. The wheels are what make that possible over open ground.

What can it climb?

The maximum step height is 25cm, and the slope capability is up to 45°.

How much can it carry?

The maximum standing load is 100kg and the continuous walking load is 50kg. The joint modules have a dynamic load of 70kg and a static load of 200kg.

How long does the battery last?

Maximum endurance is up to 12 hours. The battery is a ternary or solid-state lithium type with a capacity of 3.5/4.5 kwh at 72V, and charging is by a fast charge station.

Can it be programmed by our own team?

Yes. The T1 supports secondary development, OTA updates, a mobile app and a handheld remote control. Its computing core combines a Jetson Orin NX Super and an RK3588.

Does it fold for transport?

Yes. The folded dimensions are 1025mm × 750mm × 150mm, against standing dimensions of 800mm × 600mm × 540mm.

Where can I buy the MICROROBOTECH Move New T1 (T1) and what does it cost?

It is available through this page, by quotation. We do not publish prices, so please send a request and we will respond with a quotation for your configuration.

Summary

The Move New T1 refuses the old trade-off between legs and wheels. It rolls at up to 18 km/h, climbs 25cm steps, handles slopes of up to 45°, carries a standing load of 100kg and folds down to 150mm in height for transport. Behind that sits a computing core rated at 181 tops and a software setup open to development. Net weight, charging time and the protection rating are the open points, and they are settled with the quotation. If the T1 fits your task, this page is the starting point.