The robots of the RoboRally automobile factory spend their weekdays toiling at the assembly line. They put in hard hours building high-speed supercars they never get to see in action. But on Saturday nights, the factory becomes a world of mad machines and dangerous schemes as these robots engage in their own epic race.It takes speed, wits, and dirty tricks to become a racing legend! Each player chooses a robot and directs its moves by playing cards. Chaos ensues as all players reveal the cards they've chosen. Players face obstacles like industrial lasers, gaping pits, and moving conveyor belts -- but those can also be used to their advantage! Each player aims to make it to each of the checkpoints in numerical order. The first player to reach all of the checkpoints wins.
In RoboRally players each control a different robot in a race through a dangerous factory floor. Several goals will be placed on the board and you must navigate your robot to them in a specific order. The boards can be combined in several different ways to accommodate different player counts and races can be as long or as short as player's desire.
In general, players will first fill all of their robot's "registers" with facedown movement cards. This happens simultaneously and there is a time element involved. If you don't act fast enough you are forced to place cards randomly to fill the rest. Then, starting with the first register, everyone reveals their card. The card with the highest number moves first. After everyone resolves their movement they reveal the next card and so on. Examples of movement cards may be to turn 90 degrees left or right, move forward 2 spaces, or move backward 1 space though there are a bigger variety than that. You can plan a perfect route, but if another robot runs into you it can push you off course. This can be disastrous since you can't reprogram any cards to fix it!
Robots fire lasers and factory elements resolve after each movement and robots may become damaged. If they take enough damage certain movement cards become fixed and can no longer be changed. If they take more they may be destroyed entirely. The first robot to claim all the goals in the correct order wins, though some may award points and play tournament style.
The game was reprinted by Avalon Hill (Hasbro/WotC) in 2005.
UPC 742818050029
- Innovative programmable-movement concept that feels fresh even decades after release
- Excellent social friction and table dynamics; dramatic reversal opportunities
- Some players find the interaction density high and the rules dense
- Learning curve can be steep for casual gamers
- Engineering, automation, and chaotic competition with a humorous tone
- Factories filled with programmable robots racing around dangerous boards
- Industrial competition with large stacks of cards and movement rules that create unpredictable outcomes
- Magic: The Gathering
- King of Tokyo
Mechanics (from transcript analysis)
- Programmable movement via action cards — Players plan and execute sequences of moves using predetermined commands, which can be disrupted by board hazards and other players.
- Racing with obstacle-filled boards — Board layouts and conveyor belts create changing routes, requiring adaptive planning and risk management.
Video topics + discussion points
Quotes (from this video)
- The amount of variance in G in the game is what I call luck; if there's a lot of swing in how it plays out among players of equal skill, that’s a measure of luck.
- I definitely see luck and skill as a continuum, not a dichotomy, with different payoffs depending on how the game is structured.
- Rando chess is chess plus a randomizer: you roll a die and if you roll a one, the winner is the loser; it demonstrates that even 'high-skill' games can harbor significant luck.
- Guess a digit of pi is a toy game that shows complexity can create luck; it’s deterministic but feels like luck for most people, which reveals how perceived luck can emerge from complexity.
- Bake luck in, don’t remove it entirely; let it shape the drama and the arc of play rather than being tacked on as a single mechanic.
References (from this video)
- High player interaction and tactical planning
- Heavy replayability through modular boards and chaotic interactions
- Can be heavy and long for some groups
- Downtime can be substantial with larger player counts
- Robots racing and battling across chaotic industrial environments
- Futuristic factory floor with competing robots on hazardous tracks
Mechanics (from transcript analysis)
- Grid-based movement with hazards — Robot tokens move along a modular track grid featuring conveyors, pits, and various obstacles.
- Hazards and interaction — Conveyor belts, pits, collisions, and other robots create dynamic, reactive gameplay.
- Programmed/move actions — Players secretly plan and reveal a sequence of moves for their robot, leading to simultaneous execution.
Video topics + discussion points
Quotes (from this video)
- it's quite small
- what game is this from what do you think
- this is week 18 this is this week's component
- cheers
- i will resolve this mystery next monday as usual
References (from this video)
- classic programming mechanic with tactile, chaotic fun
- easy to teach but hard to master in practical play
- old-school design can feel dated to some
- play can bog down with many players
- programmable robots colliding in a hazardous environment
- factory robotics race
- capricious chaos with practical rules
Mechanics (from transcript analysis)
- action hazard and conveyor belt/ saws — Board hazards and interactions create unpredictable outcomes.
- programming / simultaneous execution — Players write a sequence of moves for their robots; resolution happens simultaneously and collisions occur.
Video topics + discussion points
Quotes (from this video)
- one of the biggest things you know as being a good game designer you want to give players interesting choices
- Gamers or people in general they want to feel rich they want to feel powerful they want to feel smart
- there's value in playing terrible games
- you can create a system that can be re-themed to different things to make more money
- it's like watching film... you break it down to see how they do it
- this is a monumental feat of game design
References (from this video)
Mechanics (from transcript analysis)
Video topics + discussion points
Quotes (from this video)
- you're like one of the nicest people ever
- that was a perfect picture round you did awesome
- you got a total of 14 points emerson, which is huge
- look up emerson's games on bgg everybody they're fantastic
- cyber bunny
References (from this video)
- Hilariously fun chaos
- great group energy at six players
- Action resolution can take time; not always strategic in a traditional euro sense
- chaos, slapstick, competition
- factory floor mayhem for robot racers
- humorous, chaotic, fast-paced
Mechanics (from transcript analysis)
- conveyor belts and hazards — environmental obstacles that alter movement and creates risk
- programming actions — plan a sequence of moves and resolve them in order
Video topics + discussion points
Quotes (from this video)
- the trading element really comes into its own
- there's something undeniably majestic about the game
- six is the magic number for it
- it's a hell of a lot easier to get six people together that it is to get eight