TITAN’s First Haptic Motor DRAKE Packs a Big Punch in a Small Size, Offering 320% Increased Power Density and 4.5Grms Vibrations
TITAN HAPTICS, an award-winning haptics startup, today announces its first haptic motor under the TITAN Haptics brand called TacHammer DRAKE, a new, compact, wideband haptic motor the size of a pill capsule.
Built on the Second Generation of Linear Magnetic Ram (LMR) suspension technology, TITAN Haptics’ compact DRAKE motor offers a huge boost in power density, an increase of 320% compared to its predecessor the Carlton. It also boasts 7% greater power efficiency and quieter operation, all while maintaining the typical benefits of wideband LMR motors.
The DRAKE haptic motor lineup also introduces a number of firsts. Each motor unit is completely weather sealed, and is available in four different varieties; a general-purpose wideband version (MR), a low-frequency resonant version for music and sub-bass (LR), a high-frequency resonant version for alerts and textures (HF), and a version that produces sharp impact haptics (LFi).
ALL-NEW DRAKE FEATURES:
High Haptic Output – Strong 4.5 Grms vibration, and crisp 19 Gp impact haptics
Compact – 9.5mm diameter x 23mm length
Wideband with Rumble – 10hz to 300hz+ frequency response range
Quiet Operation – Ideal for audio applications and use in low-noise environments
Easy to Drive – Operates at 1.0 – 3.3vms AC, 170 mArms peak. Works with standard motor controllers. Overdrive capable
Fast Response Time – Less than 10ms response time for highly responsive haptics
Robust and Durable – Fully weather sealed. Continuous operation tested to 100 million cycles in a variety of climates
Available in 4 Models – Optimized for gaming, touchscreens, music or alerts:
Low Frequency Impact – TH-D-952395-LFi
Low Frequency – TH-D-952395-LF
Medium Frequency – TH-D-952395-MF
High Frequency – TH-D-952395-HF
“DRAKE is our smallest, mass production-ready haptic motor. Designed for easy implementation in existing electronics and form factors, DRAKE is perfect for gaming, virtual reality, headphones, and touchscreens,” explains Kyle Skippon, Engineer at TITAN Haptics. “DRAKE works excellently with audio signals, letting users feel detailed nuanced sensations not felt with typical haptic motors.”
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