Helicopter Robinson R44 With Floats Rigged 3d model

cgstudio

Helicopter Robinson R44 With Floats Rigged is a top-quality, photo-realistic 3D model that will take your rendering projects to the next level. This fully textured and detailed design allows for close-up renders, making it perfect for showcasing intricate details. Originally modeled in 3ds Max 2012 and rendered with V-Ray, this model boasts realistic results without any post-processing. This helicopter is ready to be animated, and you can easily position or animate it as needed using helpers in 3D Studio Max. Take a look at the turntable animation to get an idea of how it works. Key Features: - High-quality polygonal model accurately scaled for a precise representation of the original object. - Optimized models resolutions ensure efficient polygon usage (Meshsmooth function can be used to increase mesh resolution if necessary). - All colors can be easily modified to suit your project's needs. - Model is fully textured with all materials applied, including textures and materials in every format. - 3ds Max models are grouped for easy selection, with objects logically named for scene management. - No part-name confusion when importing multiple models into a scene. - No cleaning up necessary - simply drop the model into your scene and start rendering. - Model does not require any special plugin to open the scene. Textures Formats: - 6 PNG files (4096 x 4096) - 1 PSD file (4096 x 4096) with all layers 3D Molier International is a team of experienced 3D artists who have spent over a decade perfecting their craft. We've worked on various projects, allowing us to understand our clients' needs and deliver high-quality models that meet their expectations. Every model we create undergoes rigorous quality assessment to ensure it looks realistic and meets the highest technical standards. Check out our other models by clicking on our user name to see our complete gallery. 3D Molier International 2019 Price: $149.00 Date added: Sep 19, 2019 Product id: 5d836d93700ae0d4378b4567