SHOCK ABSORBERS VEHICLES

Brand Owner (click to sort) Address Description
AVO R W & A Engineering Ltd. Mont Les Vaux Works St Aubin, Jersey JE3 8AF shock absorbers for vehicles and parts and fittings therefor;
AVO SHOCKS AVO Shocks International Limited Unit 5, La Rue Gossett La Collette, St Helier Jersey, JE2 3NB shock absorbers for vehicles and parts therefor, and fittings sold together with shock absorbers;SHOCKS;The drawing is lined to identify the colors blue and red.;
AVO U.S.A. PERFORMANCE SHOCKS AVO Shocks US, Inc. 3538 S.W. Armellini Drive, Bay #1 Palm City FL 34990 shock absorbers of vehicles;
CLASS Meyer, Richard J. 13575 Larwin Circle Santa Fe Springs CA 90670 Shock absorbers for vehicles and vibration absorbers for vehicle suspensions;
DISPEN ALSTOM TRANSPORT TECHNOLOGIES 48 Rue Albert Dhalenne Saint-Ouen-Sur-Seine F-93400 France shock absorbers for vehicles;
KYB KAYABAKOGYOKABUSHIKIKAISHA World Trade Center Bldg 4-1, Hamamatsu-Cho 2-Chome MINATO-KU, TOKYO Japan SHOCK ABSORBERS FOR VEHICLES;
LOAD-JUSTERS Armstrong Hydraulics, Inc. 589 E. ILLINOIS ST. Chicago IL Shock Absorbers for Vehicles and Parts Thereof;LOAD-ADJUSTER;
LONG HAUL FOX FACTORY, INC. Suite 300 2055 Sugarloaf Circle Duluth GA 30097 Shock absorbers for vehicles;
LONG HAUL BY FOX FOX FACTORY, INC. Suite 300 2055 Sugarloaf Circle Duluth GA 30097 Shock absorbers for vehicles;
TRAS YAMAHA HATSUDOKI KABUSHIKI KAISHA 2500 Shingai, Iwata-shi Shizuoka-ken 438-8501 Japan Shock absorbers for vehicles;
VJT BRIDGESTONE CORPORATION 1-1, Kyobashi 3-Chome, Chuo-ku Tokyo 104-8340 Japan Shock absorbers for vehicles, tires; wheels for vehicles; inner tubes, rims and covers for vehicle wheels; inner tubes for vehicle tires; parts for all the aforesaid goods;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A test stand and related method for testing a hydraulic oscillator cylinder having an oscillating drive includes gas-filled shock absorbers for reacting oscillating movement of the oscillating drive to simulate operational load conditions of the oscillator cylinder. The shock absorbers are mounted on a rigid structure and preferably abut an oscillating member mountable on the oscillating drive to react the oscillating movement thereof. The oscillating member may be disposed between a pair of rigid members on which the shock absorbers are mounted whereby one set of shock absorbers reacts movement of the oscillating member in one direction and another set reacts movement of the oscillating member in the opposite direction. Translating structure may extend between the oscillating member and oscillating drive and through a hole in one of the rigid members. Guide shafts may guide oscillating movement of the oscillating member. Gas pressure within the shock absorbers may be controlled.