Cortex Microcontroller & VEXnet Joystick Beta Test Announcement

January 25th, 2010

With the release of the Cortex Microcontroller and VEXnet Joystick in April rapidly approaching, there is a new opportunity for VEX Robotics College Championship teams to assist us in final beta testing on these products.

Beginning on March 1, we will begin shipping beta bundles to all College teams registered and paid to participate in the 2010 VEX Robotics College Challenge World Championship (being held April 22-24 in Dallas).  This event is capped at 36 teams.

Teams participating in the beta test will receive the following hardware to test and compete with at the event:

-2 Cortex Microcontrollers
-4 VEXnet Joysticks
-4 VEXnet 802.11 Keys
-All required cables (2 handset cables, 1 USB A-A Cable, 1 Programming Hardware Cable)
-Access to a beta version of the new easyC for Cortex
-Access to a time-limited, beta version of RobotC

Participating teams will not need to return their beta test equipment (each beta package has a retail value of over $1200) as we expect these teams will put it to good use.

Any team that registers and pays for the VEX Robotics College Challenge World Championship will automatically be contacted by VEX Robotics (around March 1) and provided more information about the beta test.

Teams will be required to designate someone as a lead technical contact and provide this person’s contact information to the VEX Robotics Team. This person will be responsible for communicating feedback and also will have access to VEX Robotics engineers for technical assistance.

A big thank you in advance to all of the teams that will help test and improve these new products before their general release.

Questions about this beta testing program can be directed to John V-Neun via email at jvn@vexrobotics.com, subject line: “2010 Beta Test”

-The VEX Robotics Team

VEXpro Victor 884 Speed Controllers now available for discounted price

January 19th, 2010

VEX Robotics and Innovation First International have been proud supporters of FIRST and FRC teams for many years and, as such, are always on the lookout for ways to assist the robotics community.

In an effort to extend our support of FRC teams, I am pleased to announce we are offering a discounted price of $89.99 on VEXpro Victor 884 (12V) Speed Controllers, an FRC-legal item, effective immediately.

Since 1999, VEX Robotics and IFI have supplied approximately 60,000 VEXpro Victors to FRC teams and we will continue to support FIRST and its teams for many years to come.

We hope this decision assists teams as they move forward with purchases for their 2010 robots. Remember to check out the more than 30 FRC-legal, VEXpro products at www.VEXrobotics.com/products/VEXpro

Good luck during the rest of the build season!

Paul Copioli
President, VEX Robotics, Inc.

Victor 884 Speed Controller FAQs

What is the VEXpro Victor 884?
The VEXpro Victor 884 is a FRC-legal, 12V speed controller.  The VEXpro Victor was designed specifically for FIRST and has been used in robotic applications since the year 1999.

How many VEXpro Victors have been used by FIRST teams?
Since 1999, FIRST teams have used more than 60,000 VEXpro Victors.
What is the success rate of the VEXpro Victor?
From 2000 to 2008, Innovation First sent at least one representative to each FIRST event.  As such we were able to keep an extensive database of failures.  The success rate for the VEXpro Victor is over 99.9%.

What has allowed the VEXpro Victor to avoid the typical speed controllers failures?
All surface mounted components on the printed circuit boards (PCBs) and the board itself use conformal coating to isolate and protect the components and the PCB from short circuits due to metallic particles entering the housing.  This is especially crucial for use in FRC, where extensive robot work after the VEXpro Victors are installed raises the chance that they could be exposed to metal shavings.

How large is the VEXpro Victor 884?
The VEXpro Victor weighs approximately 0.25 lbs and occupies a footprint of approximately 2.5″x2″. This footprint is approximately 1/3 of the size of comparable speed controllers. The VEXpro Victor is the smallest DC H-Bridge speed controller used in robotics competitions.

Is there a special price for FRC teams?
Yes! VEXpro Victors are now available to all FRC teams for $89.99, 22% off the regular price.

IFI Names Executive to Lead Global Expansion of the VEX Robotics Design System

January 6th, 2010

Innovation First International Names Executive to Lead Global Expansion of the VEX Robotics Design System
New Corporate Structure and Management to Facilitate Continued Rapid Growth

Greenville, Texas – January 6, 2010 – Innovation First International announced today that Paul Copioli has been named president of VEX Robotics, Inc.   This newly formed and wholly owned subsidiary of Innovation First International and the position of president have been created to accelerate and manage the global expansion of the VEX Robotics Design System and related programs.

Mr. Copioli has more than 16 years experience in robotics, engineering and management and a strong background in competition robotics for education.  After receiving his undergraduate degree in aerospace engineering from the US Air Force Academy, he received a Masters degree in engineering from the University of Michigan.  He joined Innovation First after working for Lockheed Martin and subsequently heading the mechanical product development group at FANUC Robotics America.  A long time mentor to school robotics teams, Mr. Copioli was recognized in 2005 by FIRST as the national Woodie Flowers Award winner.  The highest honor among mentors in the FIRST robotics community, the award celebrates effective communication in the art and science of engineering and design.

“Paul is a tremendous talent and is well respected as a leader among the professional and educational robotics communities,” said Tony Norman, president and CEO of Innovation First International.   “He is well suited to lead the further global expansion of VEX Robotics and the new corporate structure will allow us to focus our resources toward this end.”

“There is a pressing need to involve more students in science, technology, engineering and math (STEM) programs,” said Paul Copioli, president of VEX Robotics.  “VEX has proven to be a powerful catalyst to engage and motivate students and educators alike.  I look forward to serving the wide range of students, classroom teachers and organizers of co-curricular and extracurricular robotics competition programs currently using the VEX platform.  I’m also excited to lead the expansion of our global distribution network to reach even more students.”

The VEX Robotics Design System was launched in 2005 and has expanded rapidly in the United States and beyond.  VEX is the platform of choice for many middle and high schools that have adopted robotics in the classroom and for extracurricular competitions.   Intelitek, Carnegie Mellon and Autodesk have each developed extensive classroom curriculum based on VEX and are authorized resellers of the product line.  To meet growing global demand, the company is currently setting up additional sales and distribution partnerships in Europe and Asia.

The VEX Robotics Competition is the largest and fastest growing middle and high school robotics program globally with more than 2,000 teams from 20 countries playing in over 170 tournaments worldwide. The VEX Robotics Design System is affordable, robust and offers an assortment of over 200 of the most advanced educational robotics products available today.  See www.vexrobotics.com for more information on the VEX Robotics Design System and the VEX Robotics Competition.

About Innovation First International

Innovation First International, a privately held corporation, was founded on the belief that innovation very early in the design process is necessary to produce simple and elegant product designs. Innovation First began producing electronics for unmanned mobile ground robots and is now an industry leader in the hobby, competition, education and toy markets. The company’s award winning VEX Robotics Design System, HEXBUG Micro Robotic Creatures and RackSolutions span the education, consumer and business-to-business markets. In 2007, the company launched www.RobotEvents.com, an online portal dedicated to the advancement of educational and competitive robotics, which provides comprehensive information on the latest robotics competitions, educational workshops and information for teachers and mentors. The company also created the VEX Robotics Competition in 2007, designed to give a diverse group of students the chance to celebrate their accomplishments and share their passion for robotics with each other. Leveraging the company’s core competency in electrical and mechanical engineering, the RackSolutions division works closely with all major computer OEMs to provide custom mounting solutions and industry-wide rack compatibility for data installations of all sizes. In 2009 the company added offices in Hong Kong, China, and the United Kingdom to better serve the global marketplace. With an advanced in-house metal fabrication plant, distribution center, and corporate office located together in a 13 acre complex in Greenville, Texas, the company is poised to continue on a rapid growth path. Please visit www.innovationfirst.com for additional information.

Download PDF of press release.

Hawaii to Host Second-Annual VEX Robotics Pan-Pacific Championship

December 2nd, 2009

HAWAI`I TO HOST 2ND ANNUAL VEX ROBOTICS PAN-PACIFIC CHAMPIONSHIP, DECEMBER 3 – 5, 2009
For Immediate Release: December 2, 2009

Students from Hawai‘i, U.S. mainland and China to test STEM skills

HONOLULU – Nearly 1,000 middle school and high school students from Hawai‘i, the U.S. Mainland and China will descend upon the Hawai‘i Convention Center this week, December 3 – 5, for the 2nd annual VEX Robotics Pan-Pacific Championship.  The event is free and open to the public.

The team-based robotics competition will put students’ engineering and high-tech skills to the test in three action-packed days of competition with robots created from the VEX Robotics Design System.

For the past several months, students, with guidance from their teachers and mentors, have been working together to build innovative robots designed to solve a set of difficult challenges presented in the game.  During the competition, 90 student teams from Hawai‘i, the mainland and China schools will square off in the game of “Clean Sweep.”

The object of the “Clean Sweep” challenge is for two-team alliances to maneuver their robots to place as many balls as possible onto their opponent’s side of the field and by “locking up” small balls in triangular goals.

This competition will qualify top teams to compete in two additional international tournaments.  Nine teams from the Pan-Pacific VEX Robotics Championship will qualify for the VEX Robotics World Championship in April in Dallas, Texas, and 17 teams will qualify for the CREATE Foundation Championship of the Americas VEX tournament in March, 2010 in Omaha, Nebraska.

Robotics education is a key component of the Lingle-Aiona Administration’s Hawai‘i Innovation Initiative, which seeks to transform Hawai‘i’s economy from one based on land development to one based on the innovative capacity of Hawai‘i’s residents, especially our youth. Robotics provides students with a strong educational foundation in science, technology, engineering and math (STEM), and offers them opportunities to solve problems, work as teams and think analytically – skills useful in any career.
“The University of Hawai‘i at Mānoa College of Engineering has been excited to see the tremendous enthusiasm for robotics and STEM education over the last decade,” said Dr. Song Choi, assistant dean, College of Engineering.

VEX Robotics is one of six major programs in which Hawai‘i students can participate.  The six programs include VEX, FIRST Robotics, FIRST LEGO League, Botball, Underwater Remote Operating Vehicle (ROV), and Micro Robotics.

Recognizing the importance of promoting robotics at an early age and sustaining students’ interest in STEM education throughout their schooling, the six robotics programs which previously operated autonomously joined together to form the Hawai‘i Robotics Organizing Committee (ROC) (www.robotics.hawaii.gov).  Under the ROC, all six of the robotics programs coordinate their efforts to promote robotics education in elementary, middle and high schools statewide.

As a result of this increased focus on robotics education, the number of robotics programs in Hawai‘i’s public, private and charter schools has increased dramatically in the past two years. Since January 2008, participation skyrocketed from 95 teams to 334 today – a 252% increase.  The growth has been facilitated by the tremendous support from all sectors of the community, including the Lingle-Aiona Administration; Hawai‘i businesses; engineering and technology associations; the University of Hawai‘i and community colleges statewide; the state’s public, private and charter school organizations; NASA; the U.S. military; and private citizens.

90 teams (nearly 1,000 students) from 47 Hawai‘i, U.S. Mainland and China schools will compete in the VEX Robotics Pan-Pacific Championship, December 3 – 5, at the Hawai‘i Convention Center:
O‘ahu
1. ‘Aiea Intermediate School
2. Dole Middle School
3. Hawai‘i Baptist Academy
4. Hawai‘i Technology Academy
5. Highlands Intermediate School
6. ’Iolani School
7. James Campbell High School
8. Kailua Intermediate
9. Kalaheo High School
10. Kalani High school
11. Kamehameha Schools High School Science Dept.
12. Kasier HS and Niu Valley MS
13. Leilehua High School
14. Maryknoll High School
15. McKinley High School
16. Mid-Pacific Institute
17. Mililani High School
18. Moanalua High School
19. Nānākuli High & Intermediate
20. Pearl City High School
21. Radford High School
22. St. Andrew’s Priory School
23. Stevenson Middle School
24. W.R. Farrington High School
25. Wahiawā Middle School
26. Waialua High & Intermediate School
27. Waipahu High School
28. Washington Middle School
29. Wheeler Middle School

Big Island
30. Hawai‘i Academy of Arts and Science
31. Hilo High School
32. Honoka’a High School
33. Kapa‘au Intermediate School
34. Kea‘au High School
35. Kohala High School
36. Konawaena High School
37. Waiākea Intermediate School
38. West Hawai‘i Explorations Academy

Maui
39. King Kekaulike High School
40. Lahainaluna High School

U.S. Mainland
41. Bellarmine College Prep
42. Chaminade College Prep
43. Hyde Park Middle School

China
44. Xuzhou Youth and Children’s Palace
45. High School Attached To Northeast Normal University
46. Nanning Minzhu Primary School
47. Changping Middle School in Dongguang City
####

For more information, contact:

Corrie Heck
Executive Director
Robotics Organizing Committee (ROC)
Phone: (808) 586-0718

Note: To communicate directly with a VEX team, please contact Corrie Heck.

TSA and IFI Announce Partnership to Introduce Signature Robotics Competition using VEX

November 19th, 2009

The Technology Student Association (TSA) and Innovation First International Announce a Partnership to Introduce a Signature Robotics Competition Using the VEX Robotics Design System
Competition to Further Stimulate Middle School and High School Student Interest in Science, Technology, Engineering and Mathematics (STEM)

Greenville, Texas – November 19, 2009 – Innovation First International, creators of the largest and fastest growing middle and high school robotics program, and the Technology Student Association (TSA), a national organization dedicated to increasing technological literacy in middle school and high school students, today announced the creation of a national robotics competition that will bring Innovation First’s VEX Robotics Design System to 150,000 TSA students across the country.

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A teacher’s experience with VEX …

September 15th, 2009

Travis Lehman, a Technology & Engineering Teacher in Pennsylvania, sent us this letter about his experiences using the VEX Robotics Design System.

There is so much support out there for VEX between the curriculum and the forums the students learn how to research their problems and come up with solutions on their own. I’ve been teaching for 14 years and I’ve seen a lot of curriculum. I honestly believe the VEX Robotics System is the best way to deliver a fun and challenging robotics and engineering curriculum.

Read the full version in this pdf.

Testimonial: FUTURE Foundation

August 13th, 2009

Read what Nancy McIntyre at the FUTURE Foundation has to say about VEX:

What more could I ask for in helping to develop my students into life long learners who were now empowered to modify their creations. They learned to work with Easy C programming where they could drop and drag modules and read the C code that is being developed along side the icons. Having a competition that supports what my students learn in the classroom was icing on the cake.

See this pdf for the full article.

Massachusetts & California High School Teams Dominate VEX Robotics Competition World Championship

May 4th, 2009

Dallas, Texas – May 4, 2008

Innovation First International, creators of the VEX Robotics Competition World Championship, today announced that teams from Champs Charter High School, Crowther home school and El Camino Real High School were crowned as the world champion winning alliance. Nearly 300 hundred elite VEX teams from middle schools, high schools and university campuses from around the world competed at the Dallas Convention Center on May 1-2 with robots they built using the VEX Robotics Design System.

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View all results from the 2009 VEX Robotics World Championship

May 2nd, 2009

See match results, rankings, and award winners from the middle school & high school competition, skills challenges, and the college challenge here.

VEX Robotics Teams “Battle of the Bots” at the Inaugural Championship of the Americas in Omaha, Nebraska on April 2-4, 2009

April 2nd, 2009

Los Angeles- April 2, 2009

More than 90 leading elementary, middle and high school VEX robotics teams from North America will convene at the Omaha Civic Auditorium on April 2-4, 2009, to compete in the CREATE Foundation Robotics Championship of the Americas (RCoA) using the VEX Robotics Design System for the opportunity to be heralded as the tournament champion or winner of one of the laudable division awards. Twenty of the highest scoring teams at the RCoA will also qualify to compete with more than 200 teams from around the world at the VEX Robotics World Championship. Students will challenge their toughest competitors using robots created from the popular VEX Robotics Design System, developed by Innovation First, Inc, a leader in educational and competitive robotics products.

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