Titan-Moto, F-series Autosport Load Cell
 
Introducing Titan-Moto F-Series: a perfect solution into the world of Autosport gearshift force sensing technology, designed to meet the most rigorous demands of gearshift control strategy in racing applications. Engineered with precision, it offers wide options of force range to suit sequential gearboxes on motorcycles and cars. From 50 to 200 kg in tension and compression which is proportional to the accurate voltage output. Supply is either from a ratiometric 5V or 8-16V dc supply, ensuring compatibility with most common vehicle ECU’s.
 
Customization is paramount: call us to discuss a special installation, each load cell is crafted to suit a multitude of applications. Experience unparalleled reliability and accuracy with the Titan-Moto F-Series, driving performance to the pinnacle.
Load Cell Applications
 
The quick-shift gear change application leverages the Titan Moto F Series load cell to precisely measure the force applied during gear shifts. This is crucial in motorsport and high-performance motorcycle environments, where optimizing the timing and smoothness of gear changes can lead to faster lap times and reduced mechanical wear. By capturing accurate force data, teams can fine-tune quick-shifter systems for both performance and reliability.
 
In suspension testing, the load cell is used to monitor the forces transmitted through suspension components under various conditions. This data is invaluable for engineers aiming to optimize suspension setups for different tracks or rider preferences. The ability to measure real-time loads helps in understanding how the suspension responds to bumps, braking, and cornering, ultimately leading to improved handling and safety.
 
The control rod force application involves measuring the forces exerted on control rods, which are critical components in both steering and suspension systems. By accurately capturing these forces, the Titan Moto F Series enables engineers to assess component durability, identify potential failure points, and ensure that the control rods are performing as intended under dynamic loads.
 
For aero surface measurements, the load cell can be integrated into aerodynamic elements such as wings or flaps to quantify the forces generated by airflow at various speeds. This information is essential for optimizing aerodynamic balance and maximizing downforce or minimizing drag, depending on the specific goals of the vehicle’s setup.
 
Finally, the general testing application highlights the versatility of the Titan Moto F Series. Its robust design and high accuracy make it suitable for a wide range of force measurement tasks beyond motorsport, including research and development, quality control, and component validation in various engineering fields.