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3DLabPrint is a Czech company specializing in digitally designed, 3D printable radio controlled aircraft models. Founded in 2015 in Brno, Czech Republic, the company was established as an aeronautics business focused on using additive manufacturing for applications ranging from small RC models to aircraft development. Its work combines aircraft design expertise with desktop 3D printing technology to create lightweight, detailed models that enthusiasts can print, assemble, and fly.
The 3DLabPrint concept is based on downloadable digital aircraft files rather than traditionally manufactured model kits. Customers select an aircraft, download the appropriate files, print the components on a compatible desktop 3D printer, assemble the airframe, and add the required RC equipment. Depending on the model, packages can include STL files, prepared G-codes, slicer settings, scale markings, and PDF or video instructions. Visit 3DLabPrint to explore the current aircraft collection and available digital products.
The company's catalog includes a wide range of aircraft inspired by historical warbirds, civilian airplanes, gliders, and modern designs. Current listings include the Douglas DC-3 and C-47 Dakota, Fairchild Republic A-10 Thunderbolt II, North American P-51D Mustang, Hawker Hurricane, A6M2 Zero, North American B-25J Mitchell, WACO YMF-5, and several other models. Different aircraft are available at different scales and prices, allowing hobbyists to select projects suited to their interests and printing capabilities.
3DLabPrint also offers its LW Planes Series, which focuses on lightweight aircraft designs intended for printing with foaming LW-PLA filament. The company's models use thin wall printing and structural reinforcement techniques to create airframes that aim to combine low weight with sufficient rigidity for RC flight. Product pages commonly provide prepared printer files and detailed assembly information to help users progress from digital model to finished aircraft.
Each aircraft project can have its own requirements, including minimum printer build volume, nozzle diameter, filament type, motor, electronic speed controller, servos, and radio equipment. For example, the EASYMAX001 project requires a compatible desktop 3D printer with a 0.4 mm nozzle and suitable build volume, while its product guide explains the printing, assembly, and RC installation process. Explore the Computer & Software to browse the full range of aircraft models.
The store also sells materials and accessories that complement its digital aircraft projects. Its catalog includes airplane-grade LW-PLA filament, FPV conversion kits, propellers, flight controllers, and value packs combining aircraft models with printing materials. These additional products can help hobbyists source some of the materials and equipment needed to turn a digital aircraft design into a complete flying model.
3DLabPrint emphasizes testing and development as part of its aircraft design process. The company says each plane undergoes testing to refine its shape and internal structure, while its engineering approach uses advanced structural reinforcement to achieve lightweight airframes. The platform also provides printing guides, user manuals, slicer setup information, and technical resources covering popular 3D printing software and hardware configurations.
The company continues to expand its digital aircraft catalog with new models, updated lightweight designs, accessories, and printing materials. Its current shop includes individual aircraft files, value packs, free models, and additional RC components. This gives hobbyists flexibility to purchase a single aircraft project, experiment with a free model, or select a larger package containing both digital files and physical materials.
With its combination of aerospace design, additive manufacturing, downloadable aircraft files, and RC technology, 3DLabPrint provides a distinctive approach to model aviation. Hobbyists can use their own 3D printers to create detailed flying aircraft at home, then assemble and equip them for RC flight. The company's continuing development of lightweight structures and printer-ready files keeps its catalog focused on making advanced model aircraft accessible through desktop 3D printing.