Rhino

Description

Rhinoceros is a Modeling Tools for Designers and Architects

Since its first release in 1998, Rhinoceros®, or Rhino®, has become one of the standard 3D modeling tools for designers and architects.

Start with a sketch, drawing, physical model, scan data, or only an idea—Rhino provides the tools to accurately model and document your designs ready for rendering, animation, drafting, engineering, analysis, and manufacturing or construction.

Rhino can create, edit, analyze, document, render, animate, and translate NURBS curves, surfaces, and solids with no limits on complexity, degree, or size. Rhino also supports polygon meshes and point clouds. Its accuracy and flexibility makes it possible to students to explore and build their ideas without having to spend much time learning “CAD”.

Also, any geometry created in Rhino can be manufactured using laser cutters, milling machines or 3D printers, and this is really what makes Rhino different from general 3D modelling tools based in polygons, where you can create great images, but without manufacturing precision.

Rhino’s open architecture allows using also Rhino as a development platform: a C++ SDK and a series of scripting methods (RhinoScript) allow programmers of any level of expertise customize and automate Rhino and extend its capabilities. Today, there are dozens of commercial plug-ins for Rhino for nesting, terrain creation, parametric architecture, rendering, animation, CAM, subdivision modelling, jewelry, mold design, etc.

With more than 300,000 commercial users and more than 10,000 schools, Rhinoceros allows to quickly develop your designs and accurately communicate them to everyone in the product research, development, marketing, and manufacturing or construction process.

A free Evaluation version can be downloaded at www.rhino3d.com/eval.htm

Latest news on Rhino

Digital Landscape Architecture Conference, June 2022

Digital Landscape Architecture Conference, June 2022

The annual Digital Landscape Architecture (DLA) conference will take place at the Harvard Graduate School of Design (GSD), Cambridge, Massachusetts, United States. As per last year’s policy, the event is hybrid: in-person and online. The conference explores the most innovative

Automated Automata V1.0 Webinar by DesignMorphine

Automated Automata V1.0 Webinar by DesignMorphine

June 25th, 2022. From 3PM to 8PM UTCOnline WebinarAutomated Automata V1.0 will explore basic to intermediate level cellular automata in 1D, 2D, 2.5D, and 3D workflows with C# and Grasshopper. These workflows lay the groundwork for utilizing various cellular automata

Rhino User Meeting Copenhagen 2022

Rhino User Meeting Copenhagen 2022

McNeel Europe, in collaboration with Bjarke Ingels Group, is organizing a Rhino User Meeting on June 16th, 2022 in Copenhagen.Join us to discuss the tools and attitudes towards sustainability, how these attitudes have woven themselves into the daily practices of designers and architects, and the practical outcomes they are

Private and Tailored Online Rhino Training by SimplyRhino UK

Private and Tailored Online Rhino Training by SimplyRhino UK

“The Simply Rhino team of trainers offer real-world experience from their specialist professional fields alongside Certified Rhino, and Rhino Plug-in, training expertise. Whatever your industry, project or training requirements, we have the expert trainers to work with you. Our training includes

Datakit announces a new update of their Import/Export plugins

Datakit announces a new update of their Import/Export plugins

Datakit, specialist in 3D interoperability, announces the new version (2022.1) of its technical data conversion SDK. Since 1994 Datakit facilitates the exchange of 2D and 3D data for users and developers of CAD, CAD/CAM, 3D visualization, simulation, metrology, and modeling applications.

Hull Shape Assistant plug-in in open Beta

Hull Shape Assistant plug-in in open Beta

Hull Shape Assistant (HSA) is a new Rhino plug-in providing shape modelling assistance tools focused on design, fairing and reverse engineering.HSA’s geometry is composed of parts which may be surfaces or a set of curves prepared for lofting a surface. HSA also