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The 1994 FIRST Robotics Competition season formally began on January 7th, 1994 at the [[kickoff]] event in Nashua, New Hampshire.  Competition season consisted of the [[1994cmp|1994 FIRST Robotics Competition]] in Nashua, New Hampshire.
The 1994 FIRST Robotics Competition season formally began on January 7th, 1994 at the [[kickoff]] event in Nashua, New Hampshire.  The only official event was the[[1994cmp|1994 FIRST Robotics Competition]], also held in Nashua, New Hampshire.


FIRST did not have direct access to the internet during this period, and communicated with teams through fax and a [https://en.wikipedia.org/wiki/Bulletin_board_system BBS]. The first international team, [[frc-61|team -61]], from Kingston, Jamaica, competed in 1994.
FIRST did not have direct access to the internet during this period, and communicated with teams through fax and a [https://en.wikipedia.org/wiki/Bulletin_board_system BBS]. The first international team, [[frc-61|team -61]], from Kingston, Jamaica, competed in 1994. [[Canada FIRST]] also began in 1994.


==Kickoff==
==Kickoff==
Line 51: Line 51:
The field is a carpeted 12-sided regular polygon measuring 34 feet across. The border of the field is a 4 by 4 inch lumber curb with a wire fence surrounding the field. In the center of the field is a wooden goal structure surrounded by an 8 foot wide hexagon with a raised border that also forms part of the goal. The base of the goal has a series of 12 wooden dowels extending upwards to form a small cage, six of which extend upwards to support the upper portion of the goal 5 feet 2-1/2 inches off the ground.
The field is a carpeted 12-sided regular polygon measuring 34 feet across. The border of the field is a 4 by 4 inch lumber curb with a wire fence surrounding the field. In the center of the field is a wooden goal structure surrounded by an 8 foot wide hexagon with a raised border that also forms part of the goal. The base of the goal has a series of 12 wooden dowels extending upwards to form a small cage, six of which extend upwards to support the upper portion of the goal 5 feet 2-1/2 inches off the ground.


Three robots in the pink/black, purple/yellow, and pink/green positions play one-on-one matches in the seeding rounds, with two-on-two semifinal and final matches. Robots start in three starting positions 120 degrees away from one another up against the field's curb. Each team has twelve matching color balls that start the match in two triangular formations of six balls each centered halfway between the center of the field and the curb. The two triangles of balls start rotated 90 degrees around the field away from the starting position of the team they are counted for.
Three robots in the pink/black, purple/yellow, and pink/green positions play one-on-one-on-one matches in the seeding rounds, with one-on-one semifinal and final matches. Robots start in three starting positions 120 degrees away from one another up against the field's curb. Each team has twelve matching color balls that start the match in two triangular formations of six balls each centered halfway between the center of the field and the curb. The two triangles of balls start rotated 90 degrees around the field away from the starting position of the team they score for.


<gallery perrow=3 heights=250px widths=300px>
<gallery perrow=3 heights=250px widths=300px>
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The kit of parts included an eight-way joystick similar to [[1993]] which was wired by default so that it would control two channels on the robot controller. If the drivetrain motors were wired into these outputs, the joystick could be rotated 45 degrees and used to drive the robot in a tank drive style.
The kit of parts included an eight-way joystick similar to [[1993]] which was wired by default so that it would control two channels on the robot controller. If the drivetrain motors were wired into these outputs, the joystick could be rotated 45 degrees and used to drive the robot in a tank drive style.


The transmit and receive boxes could communicate wirelessly using a pair of [[RNET]] radios or a tether cable and adaptor plugged directly between the two boxes. RNETs would be surrendered before competition began and operating in the pits required use of the tether and tether adaptor. The kit included project boxes and a variety of switches to construct a custom button box.  
The transmit and receive boxes could communicate wirelessly using a pair of [[RNET]] radios or a tether cable and adaptor plugged directly between the two boxes. RNETs would be surrendered before competition began and operating in the pits required use of a tether cable. The kit included project boxes and a variety of switches to construct a custom button box.  


As was common for the time, the available motors were drill motors and Delco seat motors.
As was common for the time, the available motors were drill motors and Delco seat motors.

Revision as of 14:18, 14 July 2023

44955.jpg
Archive tag1994
Game Information
Game nameTower Power
Number of teams44
Number of official events1
Chairman's Award winner191
Winner144
Finalist-105
1993
1995

The 1994 FIRST Robotics Competition season formally began on January 7th, 1994 at the kickoff event in Nashua, New Hampshire. The only official event was the1994 FIRST Robotics Competition, also held in Nashua, New Hampshire.

FIRST did not have direct access to the internet during this period, and communicated with teams through fax and a BBS. The first international team, team -61, from Kingston, Jamaica, competed in 1994. Canada FIRST also began in 1994.

Kickoff

Kickoff was held at FIRST headquarters in Nashua, New Hampshire on January 7th, 1994. Attendees were introduced to Tower Power, the kit of parts materials, some of the rules, and the playing field. A presentation about the 1993 Texas BEST (then NT BEST) competition "PVC Insanity" and the Sherman High team was also shown and lunch was provided.

Documentation

Team updates

An invalid user was specified to permission testing to embed this PDF.[1]
The 1994 game manual is currently lost. If you have a copy, or know someone who does, let the Archive know.

Other official documents

December 17, 1993 pre-kickoff letter[1]
1994 Yearbook[1]

Playing field and scoring

The field is a carpeted 12-sided regular polygon measuring 34 feet across. The border of the field is a 4 by 4 inch lumber curb with a wire fence surrounding the field. In the center of the field is a wooden goal structure surrounded by an 8 foot wide hexagon with a raised border that also forms part of the goal. The base of the goal has a series of 12 wooden dowels extending upwards to form a small cage, six of which extend upwards to support the upper portion of the goal 5 feet 2-1/2 inches off the ground.

Three robots in the pink/black, purple/yellow, and pink/green positions play one-on-one-on-one matches in the seeding rounds, with one-on-one semifinal and final matches. Robots start in three starting positions 120 degrees away from one another up against the field's curb. Each team has twelve matching color balls that start the match in two triangular formations of six balls each centered halfway between the center of the field and the curb. The two triangles of balls start rotated 90 degrees around the field away from the starting position of the team they score for.

Balls that end the match anywhere in the 8 foot wide hexagonal area in the center of the field are worth one point. Balls in the bottom of the goal are also worth one point. Balls in the top of the goal are worth three points, meaning the maximum score was 36 points.

Each match lasts two minutes. The control system is automatically enabled and disabled when matches begin and end.

Game strategy

Scoring first was almost always advantageous and nearly every team focused on scoring balls in the high goal because of the point differential and potential abilities of the robots. Successful robots were able to intake and then score six balls at a time, allowing a theoretical perfect score after two cycles, one for each cluster of balls. Bucket dumper robots would collect as many of their balls as possible into a large bin which would then be lifted and tipped into the high portion of the goal. Catapults were also a fairly effective method of scoring high, especially consistent ones like National champion team 144's Sunny Delight. Intake systems varied with rolling grabber intakes being fairly common as well as a track or tunnel directing balls to the shooter, dumper, or lifter.

Robots also had to contend with hopping the short curb surrounding the 8 foot wide hexagon in the center of the field. Some robots scored from right against the curb while others had large wheels to drive right over it. Other robots bounced over the curb, occasionally dislodging balls from their machine.

Robot construction

As was the norm for the era, the majority of robot components came from the kit of parts or Small Parts catalog. The Small Parts allowance for 1994 was $300. In addition to kit components, up to eight pulleys and/or sprockets and 15 feet of timing belts and/or chain could be purchased off the shelf from other sources. A printer was also included in the kit of parts, although its electrical components could not be connected to the robot's control system.

Robots must fit unconstrained in any orientation inside a 30 inch tall cylinder that is 36 inches in diameter at the start of a match and weigh no more than 65 pounds. Hydraulics were actually ruled legal this year in a team update, although any compression had to come from legal kit motors or springs.

Drill motors were typically used in the drivetrain of machines, while mechanisms were typically run by the Delco seat motors. Chassis were commonly wood and many robots took up much of the cylindrical maximum starting dimensions with round chassis.

Control system

Due to the lack of surviving documentation, many of the specifics of the 1994 control system are currently lost to time.

The kit of parts included an eight-way joystick similar to 1993 which was wired by default so that it would control two channels on the robot controller. If the drivetrain motors were wired into these outputs, the joystick could be rotated 45 degrees and used to drive the robot in a tank drive style.

The transmit and receive boxes could communicate wirelessly using a pair of RNET radios or a tether cable and adaptor plugged directly between the two boxes. RNETs would be surrendered before competition began and operating in the pits required use of a tether cable. The kit included project boxes and a variety of switches to construct a custom button box.

As was common for the time, the available motors were drill motors and Delco seat motors.

Team list

Team number Team name Team location Robot Archive link
-61 Advanced Integrated Systems Ltd. / University of the West Indies & Jamaica College
JC Pirates
Kingston, Jamaica
1994 frc-61
83 Alliant Techsystems - Marine Systems & Kamiak High School
Purple Haze
Mukilteo, WA
1994 frc83
6 Alliant Techsystems, Inc. & Washburn High School
The Mighty Millers
Hopkins, MN thumb.jpg
1994 frc6
-77 AT&T; Bell Laboratories / AT&T; Global Information Solutions / NCR Microelectronic Products & Harrison High School
Panther Trax
Murray Hill, NJ thumb.jpg
1994 frc-77
157 Bose Corporation & Assabet Valley Regional Vocational Technical High School / Framingham High School
Hot Shots
Framingham, MA
1994 frc157
45 Delco Electronics Corporation & Kokomo High School
Science KATS
Kokomo, IN thumb.jpg
KATapult
1994 frc45
73 Eastman Kodak Company & Edison Technical School
Rochester, NY thumb.jpg
Ediak
1994 frc73
-99 (148) E-Systems, Inc. & Dallas Christian School
The Dallas Christian Chargers
Greenville, TX thumb.jpg
1994 frc-99
148 E-Systems, Inc. & Greenville High School
Greenville, TX thumb.jpg
The Mystery Machine
1994 frc148
-109 Ford Motor Company & Fordson High School
The Tractors
Dearborn, MI thumb.jpg
1994 frc-109
99 Freudenberg-NOK & Memorial High School
Manchester, NH
1994 frc99
131 General Electric Aircraft Engines & Manchester Central High School
Little Green GEMS
Hooksett, NH
1994 frc131
129 GTE / Texas Instruments & Sherman High School
Lone Star Rumbler
Sherman, TX thumb.jpg
1994 frc129
80 Honeywell Space and Aviation Control & Cortez High School
RoboColt
Phoenix, AZ thumb.jpg
1994 frc80
-110 Honeywell, Inc. & North Community High School
Ursus Maritimus
Minneapolis, MN thumb.jpg
1994 frc-110
81 Honeywell's MICRO SWITCH Division & Freeport High School / Aquin High School
Freeport, IL thumb.jpg
The Pretzelator
1994 frc81
-98 Ingersoll-Rand Company & Bishop Guertin High School
The Cardinals
Nashua, NH thumb.jpg
1994 frc-98
90 Johnson & Johnston Associates / Astro Precision Machine, Inc. / Brooks Automation & Salem Vocational High School
Hampstead, NH
IT
1994 frc90
151 Lockheed Sanders & Nashua High School
Nashua, NH thumb.jpg
Soccer Striker
1994 frc151
-35 Mann-Horton & Associates, Inc. / K. Albert Associates / Stevens Institute of Technology & Dwight Morrow High School
ACES (Atlantic Coast Engineering Staff)
Englewood, NJ
Little Ace
1994 frc-35
-51 (213) Markem Corporation & Keene High School
Keene, NH thumb.jpg
Son of Beast
1994 frc-51
-39 MITRE Corporation / Hanscom Air Force Base & Bedford High School
Bedford, MA thumb.jpg
BHAM-BAM (Bedford, Hanscom and Mitre - Ball Attacking Machine)
1994 frc-39
-111 NASA Lewis Research Center & Cuyahoga County Schools
A.S.T.R.O. (Applied Science and Technology Research Operation)
Cleveland, OH
1994 frc-111
-97 Navi Dowty & Associates, Inc. & D.C. Everest High School
The I Omegas
Schofield, WI
1994 frc-97
-74 Northeast Utilities Company / U.S. Coast Guard Academy & New London High School / Waterford High School
NEMESIS (Neophyte Engineers Mechanical Elevation System Involving Students)
Hartford, CT
1994 frc-74
-90 NYNEX Corporation & Newburgh Free Academy
White Plains, NY thumb.jpg
SCOREBOT (Soccer ball Collecting Obstructing Retrieving Elevating Brute On Tracks)
1994 frc-90
69 NYNEX Corporation & Somerville High School
The HIGH-LANDers
White Plains, NY
1994 frc69
-33 NYNEX Corporation / R.G. Vanderweil Engineers, MIT-Lincoln Laboratories & St. Bernard's Central Catholic High School
White Plains, NY thumb.jpg
A.R.E.S. (Adaptable Robotic Elevation System)
1994 frc-33
126 NYPRO, Inc. & Clinton High School
Gael Force
Clinton, MA thumb.jpg
Wicker Ship
1994 frc126
-89 Powersoft Corporation / Massachusetts Institute of Technology & Boston Latin High School
S2D (Strive 2 Dominate)
Concord, MA
1994 frc-89
-53 Procter & Gamble Company & Aiken High School
The Fighting Falcons
Cincinnati, OH thumb.jpg
1994 frc-53
144 Procter & Gamble Company & Walnut Hills High School
The Ball'ed Eagles
Cincinnati, OH thumb.jpg
Sunny Delight
1994 frc144
146 Public Service of New Hampshire & Manchester West High School
Power Knights
Manchester, NH thumb.jpg
1994 frc146
20 Rensselaer Polytechnic Institute & Shenendehowa High School
Troy, NY thumb.jpg
H.O.W. (Hell On Wheels)
1994 frc20
-115 SMC Pneumatics, Inc. & Ipswich High School
The Snappers
Topsfield, MA thumb.jpg
1994 frc-115
98 Southern Methodist University & St. Mark's School of Texas
Dallas, TX thumb.jpg
SM-U Shooter
1994 frc98
155 Stanley Works / Stanley Access Technologies / Stanley Hardware & Berlin High School
ARES (Astounding Redcoats Equipped by Stanley)
New Britain, CT thumb.jpg
1994 frc155
-94 Summa Four & Derryfield High School
SummaCat
Manchester, NH
1994 frc-94
-102 Symbiosis Corporation & Miami Springs High School
The FLying Springs
Miami, FL
1994 frc-102
-105 Texas Instruments, Inc. & Denison High School
The Lone Star Stingers
Sherman, TX thumb.jpg
1994 frc-105
-108 The Boeing Company, Commercial Airplane Group & Bellevue High School
The Sonic Boom
Seattle, WA thumb.jpg
1994 frc-108
-78 University of New Hampshire / Bailey Corporation & Winnacunnet High School
Durham, NH
The Power Shopper
1994 frc-78
190 Worcester Polytechnic Institute & Doherty High School / Mass Academy of Math & Science
Worcester, MA thumb.jpg
Scorpion
1994 frc190
191 Xerox Corporation & Joseph C. Wilson Magnet High School
The X-Cats
Webster, NY thumb.jpg
Archimedes
1994 frc191

Official events

Unofficial events

News and unofficial media

North Carolina cancelation notice from team 45 [1]


Notes