Bronco AB3531 Matilda 2 T.D. 5910 Type Workable Track Link Set 1/35 – Movable Tracks for Matilda II Model

The Bronco AB3531 Matilda 2 T.D. 5910 Type Workable Track Link Set 1/35 is a high-quality accessory dedicated to modeling enthusiasts who want to give their historical models an authentic look and increase the realism of their representation. This product has been specifically designed to enhance plastic scale models of the Matilda II infantry tank in 1/35 scale – one of the most recognizable British designs of World War II.

The Matilda II tank was one of the key British tanks of World War II, widely used during the 1940 French campaign and in the North African battles, such as the Battle of El Alamein. It was renowned for its thick armor and reliability, often making it a tough adversary for early German tanks. The AB3531 model reproduces the characteristic T.D. 5910 Type track, authentic to this vehicle at the time.

The set includes a complete set of movable track links made of high-quality plastic. Each link is engineered for mechanical movement thanks to a special click-fit design – it does not require glue, and the entire track can be assembled to allow full articulation, accurately reflecting the original tank's drive system. The "click" connection provides high durability and precision fit of all elements.

• Scale: 1/35 – ideal for most available Matilda II models.
• Country of use: United Kingdom and Commonwealth allies.
• Period of use: World War II (1939–1945).
• Material: high quality plastic, precisely manufactured by injection molding
• Category: accessories for plastic model kits
• Add-ons: the set does not include glue or paints, intended for self-assembly.

We recommend this product mainly for intermediate and advanced modelers who value high detail and working enhancement elements. The assembly difficulty level is rated at 3 out of 5. Bronco AB3531 is an excellent choice for those who want to enhance the appeal of their Matilda II model and achieve an appearance close to the original, both visually and mechanically.