Broadband response, delicate and strong tactile sensation
The core advantage of Drake MF lies in its wide operating frequency range (35 Hz to over 300 Hz), which can provide clear tactile feedback across the entire frequency range. At a frequency of 130 Hz, the motor outputs up to 3.2 Grms, which can present a deep sense of vibration, as well as achieve delicate texture touch and pulse feedback. This broadband feature allows the Drake MF to operate without relying on multiple motors or complex tuning, allowing for one motor to compensate for many, significantly reducing the difficulty and cost of system integration.
Magnetic levitation structure, responsive and stable
Traditional Mazda relies heavily on mechanical spring structures, while Drake MF innovatively adopts TITAN magnetic levitation design. This technology eliminates the performance degradation caused by mechanical wear, allowing the motor to maintain stable output even during long-term high load operation. Its sensitive response characteristics further optimize the real-time performance of tactile feedback, making it particularly suitable for applications that require high-frequency interaction, such as gaming peripherals, smart wearables, and in car touch interfaces.
Audio vibration synchronization creates an immersive experience
Drake MF supports collaborative output of audio signals and tactile effects. Users can not only hear sound when using the device, but also experience a more three-dimensional interactive experience through synchronized tactile feedback. For example, in AR/VR environments, every virtual collision or touch operation can greatly enhance immersion and realism through the fusion of touch and sound.
Compact design, suitable for multiple application scenarios
Drake MF is extremely compact in mechanical structure and can be flexibly embedded into various products with limited space. Whether it is a lightweight wearable device or a precision car control system, this motor can be quickly integrated without significantly adjusting the original structure. In addition, TITAN Haptics provides supporting development kits, firmware tools, and local engineering technical support, further shortening the product development cycle.
Empower efficient research and development, reduce the threshold for technology adoption
Kelvin Lee, Senior Sales Manager at TITAN Haptics, pointed out that Drake MF provides engineers with a single motor solution that can adapt to multiple product designs. In the Chinese market, product development cycles are usually extremely tight, and the flexibility and stability of Drake MF can effectively help the team accelerate the implementation of tactile functions and quickly achieve a leap from concept to mass production.
