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GTX-T Tow AMR
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GT-XT Autonomous Tow Robot

GT-XT is a high-performance autonomous tow robot designed for moving trailers, carts, and heavy loads across industrial facilities. With robust towing capability and seamless trailer attachment, it optimizes in-plant and logistics transport workflows. GT-XT improves operational efficiency by automating repetitive towing tasks.

  • Up to 1-ton towing capacity

  • Compatible with multiple trailer types

  • Suitable for indoor and industrial transport

Discover towing configurations, attachment compatibility, and operational use cases in the GT-XT brochure.
Download to evaluate how GT-XT can streamline your transport workflows.

Download GT-XT Brochure

Key Specifications

Specification
Value
Towing Capacity
Up to 2000–3000 kg*
Navigation
Autonomous SLAM
Operating Modes
Autonomous / Manual / Assisted
Sensors
LiDAR, IMU, Wheel Encoders, Depth Camera
Connectivity
Wi-Fi (2.4 GHz & 5 GHz)
Max Speed
~1.2 m/s*
Battery Runtime
~8–10 hours*
Safety
Obstacle avoidance, emergency stop
Manufacturing Origin
Made in India

Why GTX-T AMR

GTX-T is engineered specifically for towing trains of carts, making it ideal for environments where materials are moved in batches across long distances—without the complexity or cost of lift-based AMRs.

By towing multiple carts in a single trip, GTX-T significantly reduces travel cycles, operator dependency, and per-unit transport cost compared to manual tuggers or forklifts.

Using SLAM navigation, GTX-T operates without magnetic tape, QR codes, or fixed paths—allowing quick deployment and easy route changes as layouts evolve.

Advanced sensing and controlled acceleration ensure smooth starts, safe braking, and reliable obstacle detection—critical for shared shop-floor environments.

GT-XT

Tow Interfaces & Options

(Configurable based on application)
  • Standard tow hitch (single or multi-cart)
  • Custom trolley coupling mechanisms
  • Automated hitching (optional)
  • Fleet scheduling logic for tug routes

Advantages

  • Marker-less autonomous navigation
  • Modular hardware & software stack
  • Fleet-ready Wi-Fi communication
  • Designed for Indian industrial conditions
  • Scales from single tug to multi-robot fleets

Applications

  • Assembly line supply (line-side logistics)
  • Warehouse tugger trains
  • WIP movement across departments
  • Automotive & heavy manufacturing plants
  • FMCG and high-volume production facilities