Links and Downloads:
Contents:
- 5 Game Boards
- Rule Book
- 8 Plastic Robots
- 8 Plastic Flags
- 110 Program and Option Cards
- 116 Tokens
- 2 Factory floor reference sheets
- 8 Player Program Sheets
- 1 Thirty second sand timer
RoboRally
Contents:
- 1 Two-sided docking bay board
- 8 Prepainted robots
- 4 two-sided factory floor boards
- 2 Factory floor guides
- 1 rulebook with course manual8 program sheets
- 1 timer
- 26 option cards
- 8 flags
- 1 sticker sheet
- 84 program cards
- 40 life tokens
- 8 archive markers
- 8 power down tokens
- 60 damage tokens
RoboRally 2016
Contents:
- 6 Robots
- 6 Double Sided Robot Player Mats
- 1 Rule book
- 1 Timer
- 8 Reboot tokens (6 listed on box)
- 36 checkpoint tokens
- 48 energy cubes
- 1 priority antenna
- 6 flags
- 1 sticker sheet
- 120 programming cards
- 6 Special Programming Cards
- 74 Damage Cards
- 40 Upgrade Cards
- 1 Double Sided Start Board
FAQ
Conveyor Belt Priority
Normally, all robots on a conveyor belt are moved simultaneously; because these movements aren’t from Program cards, they have no priority rankings. Sometimes, however, more than one conveyor belt will converge onto the same space and robots being moved by the belts may arrive there at the same time. Robots being moved by conveyor belts never push other robots, so in these cases the robots both remain on the conveyor belts. Similarly, if a robot is already in the space another robot would be moved to by a conveyor belt, the robot on the belt stays there. If it’s not clear what you should do, don’t move either robot.
Rotating Conveyor Belts
Rotating Conveyor Belts Some conveyor belt spaces have a curved arrow, indicating a rotating section. A robot that’s moved onto a rotating conveyor belt space by another conveyor belt is rotated 90° in addition to being moved forward with the normal movement of the belt. This is true even when a robot is moved from an express conveyor belt onto a rotating normal conveyor belt. This rotation happens only if the robot is moved onto the rotating space by another conveyor belt, not when the robot moves onto the rotating space on its own or as a result of being pushed. In those cases, the belt doesn’t rotate the robot; it simply moves the robot normally when the board elements move.
