|Project Summary||Project Information|
Translational Drift Robot [WAV]
Translational Drift Robot [WAV] Translational drift is a method of controlling wheeled robots where a robot rotates around a vertical axis at high speeds, and can translate in the horizontal plane simultaneously. The direction and movement is caused by varying the speed of each drive motor to produce a directional translation. Currently typical robots use reference points to determine a “front” and the user bases their controls and direction of movement from this. These robots use LED’s that lights is at the same frequency as the robot’s rotation and creates an arc of light, similar to POV light display systems. Other types of implementations use external beacons as an absolute reference point, the problem with this system is that it requires direct line of sight to the beacons and can be affected by interferences such as obstacles of other robots. Our project uses an internal control system which uses the idea of absolute references, and using the Earth’s magnetic field as a way of determining the orientation of the bot. Since the robot will have absolute references there will be no need for a declared front. This will cause the robot to be able to be controlled by the user and ultimately be the reference point of how the robot is to move. This allows the robot to be easily controlled without interference, since they will never run into the problem of inverted axes since it will constantly be receiving feedback of its position to Earth’s magnetic force and the radio transmitter controlling it.
For an updated description, click on the following link for the Project Readiness Package.
Links to Past bots using Translational Drift
Simone Center of Innovation and Entrepreneurship
Team Members(Left to Right): Jacob Harrell, Jimmy Kramer, Alexander Howard, Rob Sokolowski, Stephen Pasek
|Stephen Pasek||Lead Engineer||Mechanical Engineeremail@example.com|
|Jacob Harrell||Electrical Purchasing Coordinator||Electrical Engineerfirstname.lastname@example.org|
|Jimmy Kramer||Project Leader||Mechanical Engineeremail@example.com|
|Robert Sokolowski||Mechanical Purchase Coordinator||Mechanical Engineerfirstname.lastname@example.org|
|Alexander Howard||Facilitator||Computer Engineeremail@example.com|
Table of Contents
|MSD I & II||MSD I||MSD II|
Customer Handoff & Final Project Documentation (Verification & Validation)
- We would like to thank the Multidisciplinary Senior Design Team for coordinating the class, as well as supplying our budget.
- Specifically we would like to thank Professor Beato for his guidance and insights.