Industries Where Rotation Meets Intelligence

Modern robotic systems require highly accurate feedback to achieve fast and precise multi-axis motion. Forcebit wireless accelerometers help engineers investigate how robot compliance and structural dynamics affect tracking performance and positioning accuracy. 



By measuring vibration behaviour and frequency responses directly at the end-effector, engineers can identify resonances and unwanted dynamic effects before fine-tuning controller settings. This enables improved robot performance without extensive test setup modifications.



Thanks to their lightweight and compact design, Forcebit sensors have minimal influence on robot behaviour during measurements, making them ideal for robot dynamics testing and vibration analysis in advanced automation systems.

Forcebit sensors support a broad range of automotive and motorsport applications, including suspension tuning, drivetrain analysis, ride & handling evaluation, vibration measurements, and NVH testing. Our wireless sensors are particularly valuable in applications where installation space is limited. Their compact form factor allows measurements directly inside transmissions, near wheel hubs, or on rotating drivetrain components, providing high-quality data exactly where it matters most.

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The ability to perform temporary measurements without complex wiring significantly reduces setup time during vehicle development, prototype testing, motorsport development, and troubleshooting.

In modern industrial environments, understanding machine behaviour is essential for improving efficiency, reducing downtime, and supporting predictive maintenance strategies. Permanently instrumenting every rotating machine with high-speed sensors, however, is often impractical and costly.



Forcebit wireless torque sensors and high-resolution encoders enable flexible measurement campaigns on rotating machinery, helping engineers detect slowly degrading performance before failures occur. Our sensors also provide valuable insight into power flows and drivetrain efficiency within industrial installations.



The wireless measurement approach simplifies temporary instrumentation on rotating shafts and hard-to-access machine components, making Forcebit solutions ideal for machine diagnostics, condition monitoring, and industrial troubleshooting.

In many process engineering applications, shaft torque is one of the clearest indicators of process stability, consistency, and product quality. Equipment such as extruders, mixers, screw conveyors, and stirring systems can experience significant torque peaks and dynamic loading during operation.



Forcebit wireless torque sensors provide real-time process insights without the need to route cables through rotating seals or machine housings. Sensors can easily be transferred between production lines, making them ideal for temporary diagnostics and troubleshooting.



By correlating Forcebit measurement data with existing plant instrumentation, engineers can gain a deeper understanding of process behaviour and machine performance while minimizing installation complexity.

Off-highway vehicles and heavy-duty machinery operate in harsh conditions where vibration, shock loads, dust, and mud are unavoidable. At the same time, these machines experience highly variable operating conditions, making real-world load analysis particularly challenging. 


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Forcebit wireless sensors provide direct insight into drivetrain loads, rotating components, and structural behaviour in agricultural, forestry, and construction equipment. These measurements help engineers better understand loading conditions and improve the durability, efficiency, and reliability of next-generation machinery.



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The compact and rugged sensor design allows fast deployment in demanding environments where wired measurement systems are difficult to install or maintain.

Emerging mobility solutions such as e-bikes, scooters, cargo bikes, and fitness equipment require careful trade-offs between comfort, durability, efficiency, and cost.

Forcebit accelerometers help manufacturers evaluate vibration behaviour, rider comfort, and structural loading under real operating conditions. These measurements support faster product development and help improve product reliability in a rapidly growing market where durability and user experience are increasingly important.

The compact wireless design allows fast and flexible testing without affecting vehicle behaviour or requiring extensive instrumentation.

In aerospace and aviation, safety, reliability, and weight reduction are critical design priorities. Every gram saved contributes directly to efficiency and performance.

Forcebit wireless sensors support applications such as drone stability analysis, vibration testing, and modal analysis of lightweight aerospace structures including aircraft wings and composite assemblies.

The cable-free measurement approach simplifies testing in locations where traditional cabling would add complexity, weight, or installation constraints, enabling efficient testing of aerospace components.