Brawl BallBrawl Ball ArenaGrass Knot
The brawlers with the best records on Grass Knot, a Brawl Ball map. Ranked from battles sampled off the global leaderboard pool, scored against the sample-wide average rather than the map’s own. So a pick has to beat the field, not just the lobby.
Map by Festive
Best brawlers in Brawl Ball
Grass Knot has too few sampled battles to rank on its own yet, so these are Brawl Ball picks across every map in the mode.
- 1
bibi109 decided battles · 69.7% raw57.9%2.8% picked - 2
rico281 decided battles · 66.2% raw56.8%7.2% picked - 3
bea17 decided battles · 82.4% raw56.1%0.4% picked - 4
sirius37 decided battles · 70.3% raw55.1%0.9% picked - 5
meeple116 decided battles · 65.5% raw55.1%3.0% picked - 6
el primo15 decided battles · 80.0% raw55.0%0.4% picked - 7
emz120 decided battles · 65.0% raw54.8%3.1% picked - 8
ash117 decided battles · 65.0% raw54.8%3.0% picked - 9
carl25 decided battles · 72.0% raw54.6%0.6% picked - 10
max167 decided battles · 63.5% raw54.1%4.3% picked
Layout
How the map is built, and what that rewards.
is a community map for the Brawl Ball event.
The map has some pieces of walls, scattered around the map. On the side and near the goal, big patches of bushes allow for sniping the enemy, which is easier due to the mild number of walls allowing for cover. This map is diagonally symmetrical.
Layout description from the Brawl Stars Wiki, CC-BY-SA. The rankings above are our own.
Grass Knot FAQ
- What are the best brawlers on Grass Knot?
- Grass Knot has not been sampled enough yet to rank brawlers on the map itself. The strongest brawlers in Brawl Ball overall are the best available answer until it fills in.
- What game mode is Grass Knot?
- Grass Knot is a Brawl Ball map in Brawl Stars, set in the Brawl Ball Arena environment.
- How is Grass Knot laid out?
- The map has some pieces of walls, scattered around the map. On the side and near the goal, big patches of bushes allow for sniping the enemy, which is easier due to the mild number of walls allowing for cover. This map is diagonally symmetrical.