#mitee

As much as i would have loved to draw many characters in same drawing I don't think i'm gonna be able to This is gonna be a normal one character drawing without too much detail (sorry about that)

So who do you want me to draw c: ?

MITEE MOUSE 9 (2004) by David Otten, MIT. MITEE Mouse 9 was the winner of the UK Micromouse 2004 Competition with a best run of 8.84 seconds. It also competed in the 2004 All-Japan Micromouse Competition, coming 22nd. At the annual APEC Micromouse Contest held at the 2006 Applied Power Electronics Conference (APEC 2006) in Dallas, Texas. One "US entry was MITEE Mouse 9 built by David Otten of MIT. … In the Open Category, Nanyang Polytechnic's BR4 came in first with a time of 7.48 seconds, beating MITEE Mouse 9 (21.75 seconds) and Dover-2 (23.61 seconds)." – Micromouse Contest 2006, by Steven Rainwater, Servo Magazine, May 2006.

the way i see them its a lot different than the regular EndlessCycles au. They're a bit more like royalty kinda

God Z is at the top, a high standing entity that reigns over all, Tenma is kinda like his court jester he met by complete accident and decided to keep him around, eventually becoming "something"

Mitee is not related to neither of them, he's Tenma's "Nephew" and doesnt like God Z as another uncle, so he's a bit of a trouble maker

The Zippers !

MITEE 8 (1995), by David Otten, MIT. MITEE Mouse 8 came 2nd in the 16th All Japan Micromouse Competition in 1995, losing to Ssing Ssing 3. The video is an excerpt from "UK Micromouse 1998."

"One of the fastest micromice, MITEE 8 by David Otten of MIT, contains two DC motors with encoders, six 225mAh NiCd rechargeables and weights about 200 grams. Side sensors consist of infrared emitter and a PSD sensor, whose output is proportional to the distance independent of reflectivity of the surface." – A Survey of Robotic Competitions, by Richard Balogh.

"Triangulation sensors [were] pioneered by David Otten. These sensors consist of a narrow beam emitter coupled with a Position Sensitive Detector (PSD) which has a lens in front of it. The idea is that the emitter illuminates a spot on the wall and then the lens images the spot on to the PSD. As the distance between the sensor and the wall changes, the location of the spot on the PSD moves. By determining the location of the spot on the PSD, you can tell how far the wall is from the sensor. What is super nice about this approach is that it is wall reflection intensity insensitive. The downside is that it requires precise location of the emitter, detector, lens and two trans-impedance amplifiers per PSD." – Micromouse Sensor Design, by Harjit Singh.