Why adopt Atesteo's GSA analytical hardware instead of relying exclusively on test drivers to evaluate manual transmissions?

While the tactile comfort factor ('feel') has historically relied on testers, the resulting parameters are subjective and cannot be resolved in the face of litigation or CAD redesign. The GSA quantifies this feel by measuring strict vectors of ±200 N (gear thrust/resistance) and ±125 mm (mechanical dead travel). This translates subjective comfort into universal mathematical parameters of impulses and creaks, ensuring the metric traceability required for ISO certifications.

Can the Atesteo GSA synchronize the force peaks in the gearbox with the physical terrain traversed by the vehicle?

Absolutely. Given its 400 kHz topological frequency across its 8 (or 16) analog ports, the equipment simultaneously supports CAN interfaces and GPS inputs. Engineers can use the OpenStreetMap platform to correlate spurious lock spikes or lock-ups coinciding with steep inclines or potholes in the road, filtering out real environmental factors from synchronizer failure.

GSA System Gear Shift Analysis | Forces and Travel | Dynamic Test

Change Analysis | ±200 N (Optional 500 N) | ±125 mm (Optional 150 mm) | 400 kHz Sampling | 8 Channels

Manufacturer: CENSORED
Category: Torque torque, SENSORS

The system GSA (Gear Shift Analysis) Atesteo's testing ground shifts from rotational torque measurement to the objective analysis of synchronized manual transmissions. Unlike the subjective judgment of a traditional evaluator, this hardware provides engineers with irrefutable parameters by measuring, on three axes (XYZ), the actuation force (standardized ±200 N) and the precise travel (±125 mm) directly on the shift lever or the gearbox itself during dynamic events. Its ultra-fast deployment capability with low-friction induction sensors ensures that the measuring equipment does not interfere with the actual feel of the synchromesh.

The receiver architecture processes the pulses at an astonishing sampling rate of 400 kHz, The signal is transversely segmented across eight analog channels that can scale in differential matrices and sum CAN signals, temperature, and even GPS positioning coordinates (OpenStreetMap®). Its onboard algorithms automatically separate the thrust phases, defining complex parameters such as residual impulse, bolt speed, and dissipated energies. With this level of detail, the GSA is currently the Swiss Army knife for End-of-Line (EOL) audits, design comparisons, and fatigue testing. Eliminate the "feeling" factor and measure the rigor of the change by requesting technical advice from our panel at [website address missing]. Gemissa Acquisition Systems.

Properties

Metrological Range of Force (Dynamic)	XYZ Vectors ±200 N (Scalable to ±500 N in Heavy Duty operations)
Chronometric Range of Travel	XYZ paths of ±125 mm (Optional to ±150 mm aseptic)
Absolute Acquisition Frequency	Total Sampling 400 kHz (Bandwidth Limit 100 kHz per Active Channel)
Analog Port Topology	8 Physical Channels (Expandable to 16 / Current ±50 mA / Voltage ±50 V)
Algorithmic Phase Processing	Autonomous Determination of the "Shift Phase" (Impulse, Speed and Energy)
Perimeter Integration of Environment	Parallel Correlation of Thermocouples, PT100, Strain Gauges and Real GPS
Thermal Shielding Conditions	Sensor Block 0 °C … +60 °C (Processing Center: -10 °C … +55 °C)