FIRST Robots
Contents |
Veronika - 2010 Robot
Veronika was built for the 2010 FIRST game - Breakaway.
Drivetrain
Four wheels driven by two Andy Mark Tough Boxes with two CIMs.
Arm
- Gas spring expansion
- Grabs side pole
- Pulled by CIM driven belt winch
Sensors
- Limit switches
- Potentiometers
Features
- Easy control system drop down
- Mostly Modular
Weight: 105 pounds
Dimensions: 27.5 x 37.5 x 17.75
View Pictures in Media Gallery
Olympia - 2009 Robot
Olympia was built for the 2009 FIRST game - Lunacy.
Drivetrain
Four wheels driven by two Andy Mark Tough Boxes with 8.45:1 gear ratio and one CIM each.
Roller System
- Two independent belts, both driven by CIMs with Andy Mark GEM500 gear boxes at 3.67:1.
- Rollers are made of PVC with air hoses going through the center for better ball handling.
- Amount of squish between roller and back: about 7-8 inches
Sensors
- Kit Encoders on both transmissions
- Yaw rate sensor
Features
- Easy to replace rollers
- Easy control system drop down
- Mostly Modular
Weight: 115 pounds
Dimensions: 27.5 x 37.5 x 59.5
View Pictures in Media Gallery
View Videos in Media Gallery
Amelia - 2008 Robot
Amelia was built for the 2008 FIRST game - FIRST Overdrive.
Drivetrain
- Six wheels, two skid wheels and four omni-wheels.
- Four driven by two Andy Mark Tough Boxes with 12.75:1 gear ratio and one CIM each.
Arms
- Two formed PVC pipes
- Driven by kit van door motor
- Pneumatic grab and release
Ball Shooter
- Two-halves of a garage spring with a combined force of over 300 pounds
- Driven back by two globe motors
- Released by small kit pneumatic
Ball Swatter
- PVC pipe with pneumatic winch
Sensors
- Kit hall effect sensors in both transmissions
- Yaw rate sensor
Features
- Fully Modular construction
View Pictures in Media Gallery
View Videos in Media Gallery
Arcadia - 2007 Robot
Arcadia was built for the 2007 FIRST game - Rack 'N' Roll.
Drivetrain
- Four wheels (powered), all with DeWALT transmissions
- Front and rear wheel steering, a.k.a. crab/swerve drive
Manipulator
- Jointed arm with gripper that deploys by spreading its "flippers" on the inside of the tube
Ramp
- Aluminum framing topped with a wire mesh
- Deployed by pneumatic latch and raised by cam wheels as robot drives forward
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