Acutronic
Acutronic develops inertial guidance test systems, electrodynamic vibration systems, and Hardware-in-the-Loop motion simulators. Its portfolio spans single- and multi-axis rate tables, flight motion simulators, target motion simulators, shaker systems, and precision test centrifuges. These systems enable IMUs, gyroscopes, accelerometers, stabilized electro-optical payloads, and guidance systems to be validated under repeatable motion, temperature, vibration, and shock conditions in the laboratory. TARGET A.Ş. is the local point of contact in Türkiye for product selection, technical evaluation, and project integration involving Acutronic solutions.
Test systems that qualify spacecraft, electronic, and mechanical subsystems under controlled force, vibration, and shock profiles.
Single- and multi-axis rate tables that characterize IMUs, gyroscopes, and accelerometers with precise position, rate, and temperature stimuli.
Motion simulators that validate guidance, navigation, and electro-optical systems in real-time closed-loop mission scenarios.
Three complementary test families from the laboratory to the mission scenario.
Vibration Test Systems qualify environmental durability. Rate Tables characterize inertial sensors. Flight Motion Simulators bring real-time HIL mission scenarios into the motion domain.
Electrodynamic Shaker Systems
The Vibration Test Systems family qualifies space and defense components under controlled sine, random-vibration, and shock profiles.
- Electrodynamic force generation
- Environmental durability and structural qualification
- System approach with amplifier, cooling, and control components
Single- and Multi-Axis Rate Tables
The Rate Table family supports the test and calibration of IMUs, gyroscopes, and accelerometers under precise position, angular-rate, and optional temperature stimuli.
- Single-, two-, and three-axis configurations
- Precise positioning and rate stability
- Temperature-chamber and slip-ring options
Flight Motion Simulators
Three- and five-axis Flight Motion Simulators support real-time, closed-loop HIL testing of missile seekers and stabilized electro-optical payloads.
- Three- and five-axis motion architectures
- Real-time command and feedback
- Configurable for guidance and electro-optical mission scenarios
Test chain
From requirements to validated system performance.
01 / DEFINE
Define the stimulus and mission condition
Set motion, vibration, shock, temperature, and real-time requirements against the product or mission profile.
02 / CONFIGURE
Configure the test architecture
Evaluate axis count, payload, controller, slip rings, temperature chamber, and fixture as one system.
03 / EXERCISE
Exercise the system under controlled stimulus
Run calibration, environmental qualification, or HIL scenarios using measurable and repeatable command profiles.
04 / VERIFY
Verify system performance
Compare measurement and feedback data with acceptance criteria and feed the results into development and qualification.
Why Acutronic?
Acutronic addresses inertial-sensor calibration, environmental qualification, and real-time motion simulation through complementary system families.
Precise and repeatable motion
Direct-drive, feedback, and control architectures support measurable position, rate, and acceleration profiles.
Modular test-system approach
Axis, payload, slip-ring, temperature-chamber, controller, and fixture options are configured against application requirements.
From calibration to HIL validation
The portfolio spans sensor characterization, environmental testing, and real-time closed-loop mission simulation.
Integrated infrastructure for motion, vibration, and inertial testing
Acutronic test systems support IMU, gyroscope, and accelerometer calibration; structural and environmental vibration testing; and Hardware-in-the-Loop validation of guidance and electro-optical systems.
Single- and multi-axis rate tables are configured for position, angular-rate, temperature, and data-transfer requirements. Flight and target motion simulators adapt to real-time closed-loop mission scenarios.
Final system selection considers axis count, dynamic performance, payload, interfaces, environmental conditions, and validation objectives together.
Local engineering and integration support in Türkiye
TARGET provides local support in Türkiye for product selection, technical-requirement analysis, system configuration, and project integration involving Acutronic solutions.
