Voyager Model PEA266 WWII US LVT Family TRACK LINKS (For AFV CLUB 35205) 1/35 – Track Link Set

The Voyager Model PEA266 WWII US LVT Family TRACK LINKS upgrade set was created for advanced modellers who wish to enhance their plastic model of the LVT (Landing Vehicle Tracked)—also known as the "Alligator"—from AFV Club, catalogue number 35205, in 1/35 scale. This product allows for the recreation of realistic track links characteristic of the American armored personnel carrier family from the World War II era.

The LVT (Landing Vehicle Tracked) is an American amphibious assault vehicle widely used by the US Army and US Marine Corps during World War II, particularly during Pacific island landings (including the battles of Tarawa and Iwo Jima). Its years of service spanned World War II (1941–1945), and these vehicles became a symbol of American amphibious strength, enabling efficient transport of troops and equipment across difficult, marshy, and swampy terrain.

The Voyager Model track link set is made from high-quality photo-etched metal, ensuring not only excellent durability but, above all, incredible detail realism that cannot be achieved with standard plastic parts. Each track link has been carefully designed to reflect the actual construction features—including tread surfaces and distinctive technological openings.

• Model scale: 1/35
• Country of use: United States of America
• Period used: World War II
• Product category: Upgrade set – photo-etched parts for plastic models
• Material: Photo-etched stainless steel
• Fitting: For LVT model from AFV Club (no. 35205)
• Additional features: detailed, separate track links, realistic metal texture

We recommend this product to experienced, advanced modellers (difficulty level 4/5) who are seeking maximum realism in their dioramas and military collections. It will certainly meet the expectations of military modelling enthusiasts interested in amphibious vehicles from World War II. Using photo-etched links significantly increases the detail and realism of the finished model.