When Giti’s engineers met Volkswagen teams in Brazil in August 2026, their relationship already had a result on the road: the Tera compact SUV, fitted with a version of the GitiSynergy H2 developed for the vehicle. The meetings formed part of a regional visit that also took the company to its Chilean distributor in Punta Arenas.

That journey brought vehicle development and local driving experience into the same conversation. The Tera project shows how a tire specification emerges from work with an automaker. The distributor sessions brought attention to the conditions those products encounter after sale. Together, they provide a concrete way to understand the competing demands behind tire design: efficiency, grip, noise and durability.

Two stops with different engineering priorities

According to Giti, the two-week program brought executives and technical specialists from China and Singapore to Latin America. A three-day exchange with its exclusive Chilean distributor began in Punta Arenas on August 12, covering product technology and local wet, icy, dry and off-road conditions.

Giti Tech Day followed at Volkswagen’s Anchieta plant in São Bernardo do Campo on August 18 and 19. Discussions covered smart tires, electric mobility, sustainable compounds, rolling resistance and noise. Giti also reported interest in the GitiXcursion XT71 and Giti4x4 AT200.

The Tera provides a working example

Giti’s November 19, 2025 announcement identified the GitiSynergy H2 in size 205/60R16 92H as the tire developed for the Brazilian-built Tera. The specificity matters. Original equipment means the tires supplied when a vehicle is built, and this project concerned a defined tire specification for a particular compact SUV.

Carlos Spreafico, Giti’s Commercial and Original Equipment Manager in Latin America, described months of collaboration, information exchange and testing with Volkswagen engineers. According to that account, a central challenge was balancing performance and energy efficiency for usage conditions across Brazil and Latin America.

The Tera therefore gives substance to the idea of adapting global engineering to a regional market. The work had to turn broad aims such as comfort and efficiency into a tire that met the vehicle program’s requirements. By the time of the August visit, the partnership had moved through that development process and into factory supply. Giti also says it supplies the Polo and is developing additional sizes for future projects.

Why efficiency cannot be considered alone

Rolling resistance helps explain the connection between tire design and electric mobility. As a tire rolls, energy is lost through its deformation. Reducing that loss can improve energy efficiency, making it relevant to both fuel-powered vehicles and battery-electric vehicles.

The European Commission’s technical introduction to tire properties explains that rolling resistance, wet grip, noise and wear can compete with one another. Improving one characteristic can affect another, so engineers have to consider the balance. For a vehicle program such as the Tera, that means an efficiency objective belongs in the same development conversation as the tire’s other performance requirements.

Noise adds another dimension. External rolling noise is measured outside a moving vehicle; cabin noise is what occupants hear inside. The distinction matters when discussing comfort because the two describe different experiences. A product’s noise claim is most useful when its measurement and test conditions are clear.

Electric mobility broadens the development brief

Giti had outlined a wider electric-mobility program before the Brazil meetings. Its May 28, 2026 update presented the GitiControl P10, GitiSynergy H2+ and GitiSport S2+ as parts of an EV-ready portfolio serving comfort, everyday mobility and higher-performance applications. Efficiency and noise were already recurring subjects in the company’s product development.

The update also identified the GitiSynergy H2 as original equipment for the Volkswagen ID. Buzz in Europe. The Tera and ID. Buzz examples show the same product family appearing in different vehicle programs and markets. They do not establish identical specifications: the European application, the Brazilian Tera version and the newer H2+ remain distinct.

For readers following the Latin American visit, this is the relevant connection to Giti’s wider news. The technical sessions sat alongside an existing portfolio and established automaker projects. They offered a setting to discuss how those engineering priorities apply to further vehicle requirements; they were not, by themselves, announcements of new Brazilian EV fitments.

Off road products bring durability into focus

The XT71 and AT200 sit within Giti’s broader range of SUV tires and 4x4 products. Their off-road positioning gives the technology discussion a concrete application: construction and tread design intended for vehicles that encounter more than smooth pavement.

Giti’s global product material describes the GitiXcursion XT71 as using a high-strength casing and a patented construction method intended to reinforce the bead and protect the rim. The casing is the supporting structure beneath the tread, while the bead seats against the wheel. Those features place structural durability at the center of the product’s off-road brief.

The XT71’s tread also uses zigzag grooves, stepped groove edges and staggered shoulder elements, which Giti associates with traction on rugged roads. The pattern and construction address different parts of the same task: the tread interacts with the surface, while the casing and bead support the tire’s structure. Both deserve attention when explaining a tire intended for demanding terrain.

The Giti4x4 AT200 combines an all-terrain positioning with manufacturer claims of enhanced puncture resistance and reduced road noise. That combination addresses a familiar design problem for vehicles used on rough surfaces and paved roads: durability must coexist with everyday comfort. Giti’s regional listing spans wheel diameters from 15 to 20 inches, providing a sense of the range rather than confirmation of local stock.

These descriptions explain the products’ intended roles; they are not comparative test results. The XT71 documentation gives specific construction and tread details, while the AT200’s regional material emphasizes the balance between all-terrain use and noise control. Neither was identified in the visit announcement as a new Volkswagen original-equipment fitment.

A development conversation at a historic plant

Anchieta was an apt venue for that exchange. Volkswagen dates the São Bernardo do Campo plant’s official inauguration to November 18, 1959, and the opening of its Development, Research and Design Center to 1965. The site’s history joins vehicle production with the engineering work needed to develop new products.

That background connects directly to the Tera example: an automotive supplier’s contribution is ultimately expressed in a component that meets a vehicle program’s requirements. The Chilean sessions add the market perspective, with attention to the varied conditions drivers encounter. The two parts of the visit address different stages in bringing a tire from a development brief to everyday use.

The clearest lesson from Giti’s Latin American program is that regional adaptation involves specific engineering choices. For the Tera, the documented result was a defined Synergy H2 specification developed through months of joint work. For the featured off-road products, the priorities included construction, traction and comfort. The August meetings brought those subjects together around an existing supply relationship, giving the regional program a foundation in products and development work already underway.