An UGV tested in real scenarios which is now arriving in Spain
Defensa.com reports that the TERMITan autonomous ground system developed in Ukraine, was evaluated by the army during the SOFEX-25 exercise, an environment in which unconventional equipment aimed at strengthening the capabilities of special operations units was tested. Its arrival in Spain was channeled by Menpro, distributor of this type of platforms on the national territory.
The vehicle is part of the Ukrainian technological ecosystem grouped within the Brave1 cluster, responsible for accelerating robotic solutions used intensively on the battlefield. This UGV is not an experimental prototype, but rather a consolidated platform deployed in real operations, which increases its attractiveness for armed forces looking for combat-proven systems.
Participation in exercises and first results in Spanish units
During tests at the Sierra del Retín Training Center, different units used the TERMIT as support in logistics tasks and movement of goods in sensitive areas. Internal evaluations have shown its ability to integrate into existing procedures, as well as its usefulness in reducing personnel exposure during high-risk missions. These first validations position the system as a real option for future robotization programs within the Army.
The presence of the vehicle at the Future Force Center 2035, organized by the King Alfonso XIII Legion Brigade, confirms the institutional interest in the analysis of solutions that optimize mobility, security and sustainability in the pursuit of operations. The application of UGV to advanced logistics and casualty evacuation is considered strategic in medium-term plans.
The technical capabilities that explain its growing relevance
One of the most notable features of the TERMIT is its modular configuration, based on a tracked chassis powered by a set of batteries that guarantees a range of up to 40 kilometers. Added to this structure is a central area prepared to transport loads exceeding 300 kilograms, which extends its use to multiple operational scenarios.
It can be equipped with a front and rear camera, making it easy to observe the terrain in real time, even in conditions of reduced visibility. In addition, its approximate speed of 10 kilometers per hour is sufficient to keep pace with deployed units or to carry out discreet transfers, supported by a very low noise level generated by its electric running gear.
Remote connectivity with satellite option
The possibility of integrating a Starlink antenna into the body allows the platform to be operated at large distances thanks to a stable link, even in areas where communication infrastructure is limited. This capability is particularly appreciated in missions where the separation between the operator and the UGV represents a direct gain in safety.
The design supports additional armor if the mission requires it, without compromising its mobility. It is also compatible with the installation of remotely controlled weapon systems, significantly expanding its function beyond transport.
The industrial dimension: Spain as a possible production center
One of the most important aspects that emerged from the assessments is the existence of a preliminary agreement that would allow TERMIT to be manufactured in facilities near Madrid. This move would have a notable impact on the Spanish defense industry, both due to the associated technology transfer and the creation of a national production chain for autonomous land systems.
Ukraine, through the Tencore company, has already produced about one and a half thousand units of this model. Its accumulated experience makes it possible to adapt production to the specific requirements of the Army, optimizing deadlines, costs and maintenance.
Controlled costs and operational efficiency
The unit price, starting from 35,000 euros, makes TERMIT a competitive solution compared to other unmanned systems. Equally low operating costs enhance its appeal in programs where fiscal sustainability is a key factor. It is estimated that an UGV of this type can accomplish at least ten combat missions, a ratio which increases operational profitability and facilitates the amortization of the initial investment.
A system that anticipates the future of ground operations
The combination of mobility, modularity, autonomy and connectivity makes the TERMIT positioned as one of the most versatile platforms among UGVs in its category. Its deployment in the Spanish exercises reflects a doctrinal change in which robotization and unmanned systems acquire increasing weight.
The next few months will be decisive in knowing whether the Army formalizes its incorporation into a greater number of units. In the event of consolidation, Spain would strengthen its capacity to integrate combat-proven technologies and develop its own production, thus placing itself in a scenario of strategic innovation in the military field. In this process, the TERMIT It becomes a key reference to guide future modernization.
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