Test stands - Import export

Single-axis shifter system for computer controlled shifting of gear boxes on test stands. This robot shifter system is a special design for end-of-line motor cycle gear box tests stands and allows automated docking to the original transmission shaft. It uses the real-time application software Autopilot32. Different options such as clutch actuators and different integration interfaces are available. The set-up is done by a quick and simple teach in which is proceeded with a special pendant / handy terminal.

High - dynamic shifter system for computer controlled shifting of gear boxes on test stands. This system shows the high end in regards of fastest shift executions combined with high forces as well as syncho force limitation strategies and highly precise position control. In combination with fast clutch actuators – for example the SAM-AC actuator - very fast shift executions even shorter than 200 msec (2nd -> 3rd gear, clutch-shift-clutch) are possible. This robot shifter system is a special design for gear box tests stands for synchro durability or power-train tests. It uses the real-time application software Autopilot32. Different options such as shift lever release system, push/pull/button actuator to unlock gears, clutch actuators and different integration interfaces are available. This robot shifter directly actuates the standard shift lever of the transmission in a spherical motion. The set-up is done by a quick and simple teach in which is proceeded with a special...

LowCost variant of the Sap2000 as robot system for computer controlled driving of passenger cars and light commercial vehicles on test stands. High grade of repeatability allows the use for emission tests, mileage accumulation, climate tests, etc. Different levels of systems, actuator configurations and integration interfaces are available. Upgrades to higher Speed control Levels are possible. STÄHLE AUTOPILOTS are employed throughout the world for testing of vehicles, vehicle components, fuels and lubricants, etc. on roll test beds. Fields for application such as exhaust emission tests - fuel economy tests - running losses tests - mileage accumulation & durability tests - climatic tests - transmission & power train tests - acoustic tests - correlation measurements - R & D studies - Hybrid and electrical vehicle tests will be accomplished by robots with an extreme degree of reproducibility in temperatures ranging from -40°C to +80°C. Quick installation of the driving..

Standard shifter system for computer controlled shifting of gear boxes on test stands. Economical system configuration to execute external shift demands. Basic system is without shift force measurement. This robot shifter system is equal to the actuator of the standard Autopilot system SAP2000 for robotic driving of cars on chassis dynamometer systems and shared the same real-time application software Autopilot32. Different options such as shift force measurement, shift lever release system, push/pull/button actuator to unlock gears, clutch actuators and different integration interfaces are available. This robot shifter directly actuates the standard shift lever of the transmission in a spherical motion. The set-up is done by a quick and simple teach in which is proceeded with a special pendant / handy terminal.

LowCost version of Standard robot system SMC2000 for computer controlled driving of motor cycles (2-wheeler) on test stands. Humanlike drive style and highest grade of repeatability allow the use for emission tests, mileage accumulation, climate tests, etc. Different levels of systems, actuator configurations and integration interfaces are available. STÄHLE AUTOPILOTS are employed throughout the world for testing of vehicles, vehicle components, fuels and lubricants, etc. on roll test beds. Fields for application such as - exhaust emission tests - fuel economy tests - running losses tests - mileage accumulation & durability tests - climatic tests - transmission & power train tests - acoustic tests - correlation measurements - R & D studies - Hybrid and electrical vehicle tests will be accomplished by robots with an extreme degree of reproducibility in temperatures ranging from -40°C to +80°C. Optimization of consumption and exhaust gas parameters demands extremely high.

Standard robot system for computer controlled driving of motor cycles (2-wheeler) and 3-wheelers (motorcycle style) on test stands. Humanlike drive style and highest grade of repeatability allow the use for emission tests, mileage accumulation, climate tests, etc. Different levels of systems, actuator configurations and integration interfaces are available. STÄHLE AUTOPILOTS are employed throughout the world for testing of vehicles, vehicle components, fuels and lubricants, etc. on roll test beds. Fields for application such as - exhaust emission tests - fuel economy tests - running losses tests - mileage accumulation & durability tests - climatic tests - transmission & power train tests - acoustic tests - correlation measurements - R & D studies - Hybrid and electrical vehicle tests will be accomplished by robots with an extreme degree of reproducibility in temperatures ranging from -40°C to +80°C. Optimization of consumption and exhaust gas parameters demands extremel

High dynamic robot system with extended actuator force ranges in special variant TRUCK for computer controlled driving of trucks, busses and light commercial vehicles on test stands. Humanlike drive style and highest grade of repeatability allow the use for emission tests, mileage accumulation, climate tests, etc. Different levels of systems, actuator configurations and integration interfaces are available. STÄHLE AUTOPILOTS are employed throughout the world for testing of vehicles, vehicle components, fuels and lubricants, etc. on roll test beds. Fields for application such as - exhaust emission tests - fuel economy tests - running losses tests - mileage accumulation & durability tests - climatic tests - transmission & power train tests - acoustic tests - correlation measurements - R & D studies - Hybrid and electrical vehicle tests will be accomplished by robots with an extreme degree of reproducibility in temperatures ranging from -40°C to +80°C. Optimization of cons

High dynamic robot system for computer controlled driving of passenger cars and light commercial vehicles on test stands. Humanlike drive style and highest grade of repeatability allow the use for emission tests, mileage accumulation, climate tests, etc. Different levels of systems, actuator configurations and integration interfaces are available. STÄHLE AUTOPILOTS are employed throughout the world for testing of vehicles, vehicle components, fuels and lubricants, etc. on roll test beds. Fields for application such as exhaust emission tests - fuel economy tests - running losses tests - mileage accumulation & durability tests - climatic tests - transmission & power train tests - acoustic tests - correlation measurements - R & D studies - Hybrid and electrical vehicle tests will be accomplished by robots with an extreme degree of reproducibility in temperatures ranging from -10°C to +50°C. Optimization of consumption and exhaust gas parameters demands extremely high...

Standard robot system in special variant TRUCK for computer controlled driving of trucks, busses and light commercial vehicles on test stands. Humanlike drive style and highest grade of repeatability allow the use for emission tests, mileage accumulation, climate tests, etc. Different levels of systems, actuator configurations and integration interfaces are available. STÄHLE AUTOPILOTS are employed throughout the world for testing of vehicles, vehicle components, fuels and lubricants, etc. on roll test beds. Fields for application such as exhaust emission tests - fuel economy tests - running losses tests - mileage accumulation & durability tests - climatic tests - transmission & power train tests - acoustic tests - correlation measurements - R & D studies - Hybrid and electrical vehicle tests will be accomplished by robots with an extreme degree of reproducibility in temperatures ranging from -40°C to +80°C. Optimization of consumption and exhaust gas parameters demands

Standard robot system for computer controlled driving of passenger cars and light commercial vehicles on test stands. Humanlike drive style and highest grade of repeatability allow the use for emission tests, mileage accumulation, climate tests, etc. Different levels of systems, actuator configurations and integration interfaces are available. STÄHLE AUTOPILOTS are employed throughout the world for testing of vehicles, vehicle components, fuels and lubricants, etc. on roll test beds. Fields for application such as - exhaust emission tests - fuel economy tests - running losses tests - mileage accumulation & durability tests - climatic tests - transmission & power train tests - acoustic tests - correlation measurements - R & D studies - Hybrid and electrical vehicle tests are accomplished by robots with an extreme degree of reproducibility in temperatures ranging from -40°C to +80°C. Optimization of consumption and exhaust gas parameters demands extremely high reproducibi