Radial bearing and trouble support having the radial bearing

A torque support, comprising:

• a radial bearing including:
• an outer sleeve;
• an inner sleeve being constructed as a bush core, having an outer periphery, being coaxial with said outer sleeve and defining a clear space between said inner sleeve and said outer sleeve;
• at least one radially orientated elastomeric body being disposed in said clear space and having axially orientated hollow ducts formed therein;
• at least one rubber end stop being disposed in said clear space and operating after a predeterminable spring deflection of said at least one elastomeric body;
• and
• at least two mutually opposite elastic carrying bodies retaining said outer periphery of said inner sleeve relative to said outer sleeve;
• said elastic carrying bodies, said at least one elastomeric body and said at least one rubber end stop having different rigidities, for operating said elastic carrying bodies, said at least one elastomeric body and said at least one rubber end stop one after the other upon increasing force.

A torque support for a torque roll engine mounting in motor vehicles, comprising:

• a radial bearing including:
• an outer sleeve;
• an inner sleeve being constructed as a bush core, having an outer periphery, being coaxial with said outer sleeve and defining a clear space between said inner sleeve and said outer sleeve;
• at least one radially orientated elastomeric body being disposed in said clear space and having axially orientated hollow ducts formed therein;
• at least one rubber end stop being disposed in said clear space and operating after a predeterminable spring deflection of said at least one elastomeric body;
• and
• at least two mutually opposite elastic carrying bodies retaining said outer periphery of said inner sleeve relative to said outer sleeve;
• said elastic carrying bodies, said at least one elastomeric body and said at least one rubber end stop having different rigidities, for operating said elastic carrying bodies, said at least one elastomeric body and said at least one rubber end stop one after the other upon increasing force.