UGV “Ratel H” — robotic logistics platform/tow vehicle

Scale Model of the Ukrainian UGV “Ratel H” — Robotic Logistics Platform / Tow Vehicle, 1:72

We present a detailed scale replica of the Ratel H unmanned ground vehicle (UGV) — a modern robotic platform designed to perform a wide range of battlefield support tasks. This version represents the logistics and transport configuration of the Ratel family, used for cargo transportation, towing, and casualty evacuation.

The real Ratel H platform is designed for multiple missions, including transportation of supplies and ammunition to frontline positions, evacuation of wounded personnel, and integration of additional technical modules such as short-range electronic warfare systems, combat modules, or stretcher units for evacuation. The payload capacity of the platform is up to 400 kg.

The model is produced using high-quality photopolymer resin 3D printing and was developed in cooperation with Ratel Robotics. The kit accurately reproduces the proportions, structural layout, and distinctive technical features of the real vehicle without the simplifications typical of injection-molded plastic kits.

Thanks to modern high-resolution resin printing technology, the model features excellent geometric accuracy and very sharp fine details.

This kit is intended for experienced modelers and collectors interested in modern unmanned ground systems, military engineering, and contemporary battlefield technologies.

Ratel — a Family of Ukrainian Unmanned Ground Robotic Platforms

Ratel Robotics‘ UGVs designed for operation in high-risk environments where reliability, adaptability, and mission effectiveness are critical.

Ratel ground drones are actively used in the protection of Ukraine’s borders and territory, supporting defensive operations against aggression. Their deployment reflects a modern approach to warfare, where robotic systems reduce risks to personnel while increasing operational flexibility and precision.

The Ratel product line embodies a pragmatic engineering philosophy — prioritizing functional design, rapid deployment, and effectiveness in demanding environments. These systems represent a significant contribution to the development of contemporary Ukrainian defense technologies.