MICROROBOTECH Move New T1 (T1)

The MICROROBOTECH Move New T1 (T1) is an outdoor quadruped robot engineered for autonomous all-terrain mobility with a practical twist: it is designed to carry luggage and loads while following or navigating for its user. Built around the manufacturer's proprietary NeuroFuse multi-modal perception system and CogniDecide decision engine, the T1 combines solid-state vision LiDAR, dual-mode positioning and an AI-driven motion framework to deliver 360-degree point-to-point autonomy across varied terrain. With hot-swappable dual batteries supporting up to 16 hours of continuous operation, the platform targets real working days rather than short demonstrations. This page summarizes the T1's documented capabilities and how procurement typically works.

Background

Quadruped robots have matured rapidly from research platforms into practical outdoor machines, and the T1 reflects a design philosophy focused on endurance, perception and load service rather than acrobatics.

The Move New T1 concept

Most commercial quadrupeds are positioned as inspection tools or development platforms. The Move New T1 takes a complementary angle: an outdoor quadruped built to carry luggage and cargo while moving autonomously alongside people or between points. The manufacturer describes 360-degree all-terrain point-to-point autonomous mobility as a core capability, with dynamic target tracking accurate to within about ±2 cm and response latency below 50 milliseconds even at higher running speeds. That combination — precise tracking plus fast reaction — is what makes load-following practical: the robot must hold position relative to a moving person over uneven ground without lag or drift. Vendor listings also describe the platform in industrial inspection contexts, suggesting the same autonomy stack serves both carrying and patrol-style missions.

An integrated proprietary technology stack

The T1 is notable for how much of its stack is described as proprietary and purpose-built. Perception is handled by the NeuroFuse multi-modal system, which fuses inputs including solid-state vision LiDAR, a 128-layer LiDAR, vision sensors and UWB positioning. Decisions are made by the CogniDecide engine, while CPS-RTK dual-mode positioning anchors the robot's location outdoors. Motion is coordinated by the DynaCore full-body motion system, described as producing dynamic, stable, balanced and energy-efficient movement with effectively unlimited gait combinations. At the actuator level, DynaForce joint modules use an integrated electromechanical-thermal-magnetic architecture with high-density magnetic path topology, aiming for high torque in a lightweight, precise package. Power management rounds out the design: high-density solid-state dual batteries in a modular quick-swap arrangement support hot-swapping and an external battery option, with intelligent power algorithms enabling up to 16 hours of continuous operation on a single charge.

Technical Specifications

The table below consolidates the manufacturer-described capabilities and third-party listing data available for the T1.

Figures are drawn from manufacturer descriptions and third-party listings, may vary by configuration and firmware, and should be confirmed against the current official datasheet during quotation.

How does the T1 navigate and carry loads autonomously?

The T1's autonomy is built on sensor fusion. The NeuroFuse system combines LiDAR returns, camera vision and UWB radio positioning into a single environmental model, while CPS-RTK dual-mode positioning provides precise global localization outdoors. On top of that model, the CogniDecide engine plans paths and reactions, enabling point-to-point missions across unstructured terrain — trails, slopes, steps and mixed surfaces — without a prepared route. The DynaCore motion system continuously balances the body under load, drawing on the high-torque DynaForce joints to absorb terrain impacts while conserving energy. The practical result described by the manufacturer is a quadruped that behaves like a dependable pack animal: it follows, it navigates on its own when told where to go, and it keeps working through long shifts thanks to the dual hot-swap battery design.

Who is the MICROROBOTECH Move New T1 (T1) for?

The T1 suits buyers who need outdoor legged mobility with genuine endurance and load service. As with any autonomous outdoor platform, suitability depends on site assessment, operating protocols and local regulatory context, and buyers should validate terrain, weather exposure and duty-cycle requirements during scoping.

What is the MICROROBOTECH Move New T1 (T1) used for?

1. Luggage and load carrying — transporting bags, equipment and supplies outdoors while autonomously following a person or moving point-to-point.
2. Industrial and site inspection — patrolling industrial facilities, infrastructure and outdoor assets using the onboard LiDAR, vision and positioning suite.
3. Campus and venue logistics — moving tools and materials across construction sites, resorts, parks and large venues without fixed infrastructure.
4. Long-shift autonomous operations — sustaining extended missions through up-to-16-hour runtime and hot-swappable dual batteries with an external battery option.
5. Dynamic escort and following tasks — tracking a moving person or vehicle with reported centimeter-level accuracy for assistant-style workflows.
6. Research, development and integration — serving as an all-terrain autonomy platform for teams building perception, navigation and service applications.

Pricing and Availability

The T1 is a professional robotics platform whose final cost depends on configuration, battery and accessory options, software and service scope — including the RAS 1.0 Robot-as-a-Service model — and delivery logistics for the destination region. Availability is subject to confirmation with the supply channel at the time of order, and purchase details are confirmed through quotation. To receive current pricing, lead time and configuration guidance for the MICROROBOTECH Move New T1, submit a request through the quotation option on this page and a specialist will respond with exact commercial terms.

Frequently Asked Questions

What is the MICROROBOTECH Move New T1?

The T1 is an outdoor all-terrain quadruped robot designed to carry luggage and loads while navigating autonomously, built on the NeuroFuse perception system and CogniDecide decision engine.

How long can the T1 operate on a charge?

The manufacturer describes up to 16 hours of continuous operation on a single charge, supported by intelligent power management, dual solid-state batteries, hot-swap replacement and an external battery option.

What sensors does the T1 use?

The reported suite includes solid-state vision LiDAR, a 128-layer LiDAR, vision sensors, UWB positioning and CPS-RTK dual-mode positioning, fused by the NeuroFuse multi-modal perception system.

How accurately can the T1 follow a person?

The manufacturer reports approximately ±2 cm accuracy in dynamic target tracking with sub-50 ms response latency, including at high running speeds, enabling close and stable following behavior.

Can the T1 handle rough outdoor terrain?

Yes. The platform is described as providing 360-degree all-terrain point-to-point autonomous mobility, with the DynaCore motion system and high-torque DynaForce joints maintaining balance and efficiency over varied ground.

What is the RAS 1.0 system?

RAS 1.0 refers to the platform's Robot-as-a-Service system, indicating service-oriented deployment and management options; the exact service scope and terms are confirmed during quotation.

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

The T1 is available through quotation. Pricing depends on configuration, batteries, accessories, service model and logistics, so no fixed price is published; submit a quotation request on this page for current pricing and availability.

Summary

The MICROROBOTECH Move New T1 stands out among quadruped robots for pairing serious autonomy with everyday usefulness: it carries luggage and loads across genuinely difficult terrain, tracks moving targets with reported centimeter-level precision, and sustains up to 16-hour shifts through hot-swappable dual batteries. Its proprietary stack — NeuroFuse perception, CogniDecide decisioning, CPS-RTK and UWB positioning, DynaCore motion and DynaForce joints — is presented as an integrated system rather than a collection of parts, and the RAS 1.0 service model signals flexible deployment options. Reported figures should be confirmed against the current official datasheet during quotation, and suitability depends on site assessment and operating protocols. For teams evaluating an all-terrain carrying and inspection quadruped, this page is the starting point.