RecurDyn Toolkits


	MTT2D RecurDyn/MTT2D (Media Transport Toolkit 2D) helps you efficiently create and simulate a sophisticated model of flexible media being transported by a mechanical system in a 2D environment. Templates for rollers and guides are also included.

	MTT3D RecurDyn/MTT3D (Media Transport Toolkit 3D) helps you efficiently create and simulate a sophisticated model of flexible media being transported by a mechanical system in a 3D environment. Templates for rollers and guides are also included.

	Chain RecurDyn/Chain automates the process of defining a chain system and supports standard chain entities such as sprockets, rollers (idlers), guide rails and lateral guards. Roller chain and silent chains can be modeled and analyzed in this toolkit.

	Belt RecurDyn/Belt can be used to model belt and pulley systems of various types and configurations. Typical applications of the Belt Toolkit include: An engine accessory drive belt system (a ribbed V-belt, ribbed V-pulley and roller) A continuously variable transmission (CVT) system (a rollers, flanges, and a V-belt) A timing belt mechanism (timing pulleys and a timing belt)

	Gear RecurDyn/Gear provides the capability to define a variety of gear geometries and gear (contact) force elements, and to assemble a gear pair with proper engagement. Gear geometries such as spur, helical, QFB and scissors gear can be created from the standard ISO parameters, or from imported CAD geometry. The effects of backlash on system behavior can be evaluated.

	HM-Track RecurDyn/HM-Track (High Mobility Track Toolkit) gives the ability to simulate military-style tracked vehicles, where the track shoes are typically defined as a combination of a steel frame and track pads. Band track with similar characteristics can also be modeled. The toolkit supports the definitions of sprockets, roadwheels, idlers and the initial track shoe which is replicated along a user-defined path.

	LM-Track RecurDyn/LM-Track (Low Mobility Track Toolkit) gives the ability to simulate construction-style tracked vehicles, where the track shoes are typically defined with a profile. Band tracks with regular profiles can also be modeled. The toolkit supports the definitions of sprockets, roadwheels, idlers and the initial track shoe which is replicated along a user-defined path.

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