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Features and Datasheet for the Haptic Feedback Evaluation Kit

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Click the button below to download a brief two-page overview of the Haptic Feedback Evaluation Kit! You can order the kit by purchase order or online through our product catalogue using its product code M20-200, you can also download the full datasheet.

There are plenty of additional resources available here, however, if you have any specific questions we always encourage you to contact our application engineers here!

The Haptic Feedback Evaluation Kit comprises two main handheld units, the Haptic Controller and the Haptic Grip.

The Haptic Controller (right) acts as the main user interface. It includes an Arduino UNO R3, with a custom Haptic Shield designed by Precision Microdrives. The capacitive touch buttons allow the user to navigate the menu system, displayed on the OLED screen.

The Haptic Grip (left) houses the output actuators where the vibrations can be felt. The soft rubber top provides access to the PCB and motors, including different test points.

Additional test points and external motor connectors are also available on the shield to perform your own tests with separate actuators, the Haptic Grip is simply unplugged from the red ribbon cable connector. In addition, stackable headers and the open source software give you full access to the Arduino and its pins.

Compare Different Motors

The Haptic Grip contains 3 different ERMs and an LRA. different actuators, including an SMD vibration motor (304-103), two larger high amplitude cylindrical ERMs (306-109 and 308-102), and our most popular LRA (C10-100):

Model NumberTypeTypical Normalised AmplitudeRated / Resonant Vibration FrequencyRated VoltageFull Datasheet
304-103ERM0.5 G233 Hz (rated)2.7 V304-103 Product Page
306-109ERM3.5 G200 Hz (rated)3 V306-109 Product Page
308-102ERM5.5 G300 Hz (rated)4.5 V308-102 Product Page
C10-100LRA1.4 G175 Hz (resonant)2 V (RMS)C10-100 Product Page

You can easily switch between the actuators at the press of a button, allowing the quick comparison of how different effects perform on different actuators.

Which feels better, the LRA or an ERM? What level of vibration amplitude feels right? Use either the screw terminal or Molex header for connecting your own ERM or LRA to the kit and access the same features.

Experience Haptic Effects And Vibration Alerts

The built-in DRV2605L from Texas Instruments provides the haptic output. Over 123 built-in effects are available with a royalty-free licence from Immersion, each played differently depending on which of the 6 available libraries has been selected.

The input to the DRV2605L (I2C and PWM) is automatically handled by the Arduino in the Haptic Controller, with the code written by Precision Microdrives. Simply follow the instructions on OLED screen to guide you through playing different effects.

It is even possible to build your own simple vibration alert waveforms and play them on the ERMs in the Haptic Grip using the onboard MOSFET.

Suitable For All Levels

There are three different modes of operation available, each with different benefits that make them appealing to a range of users.

The Intro Mode provides on-screen tutorials to help explain the concepts of haptic feedback and vibration alerting. This serves as a great introduction for beginners as it helps build understanding through descriptions and practical demonstrations. Perfect for helping explain the benefits of haptic feedback to non-technical colleagues, getting the whole team on board.

The next step is the Engineering Mode which provides access to each of the effects on the DRV2605L. This spends less time explaining features and lets users start selecting which effects work best for their application. It also gives the opportunity to directly compare actuators.

Finally, Development Mode is designed to kick-start prototyping. The code initialises everything needed to interact directly with the Arduino and DRV2605L. Use the provided library of functions to easily control the DRV2605L and haptic effects. Advanced users can easily start their design from here, with documentation and examples available to support intermediate users.

Shorten Development Cycle, Again And Again

The Haptic Feedback Evaluation Kit helps you get your new product, or new features, to market quicker.

Start at the very beginning with introductory tutorials and move to test effects and comparing actuators. Continue to use the kit to control external actuators in prototypes of your device, before using Development Mode to help code your microcontroller.

With all schematics available for reference, and the code built on the popular ATmega328, porting your initial design to a working prototype and final product is made quicker and easier.

In the center is a 3D CAD rendering of our haptic feedback kit with its grip attached to the controller. Around the edge of it  are boxes highlighting the features/benefits of using it.

Upgrading From The Haptic Feedback Evaluation Kit Rev1

If you already own one of the original Haptic Feedback Evaluation Kits (now referred to as ‘Rev1’) and you are interested in seeing the differences and upgrades available with Rev2 (current release), then please visit our “Which Version of the Haptic Feedback Evaluation Kit Do I Own?” page.

Female wearing a phone headset and sat in front of a desktop computer. In the background, other team members are sat at desks working.

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A close up of the DRV2605L (U1)
The DRV2605L (U1) comes in a 10 pin VSSOP package


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