These League of Legends champions still have broken hitboxes

TL;DR

  • Nautilus’ Dredge Line frequently connects through terrain and minion blocks due to extended hitbox detection
  • Blitzcrank and Thresh hooks exhibit similar inconsistencies despite different visual projectile appearances
  • Kai’Sa’s Void Seeker and other binding spells have wider collision areas than their animations suggest
  • Strategic positioning and movement prediction are essential for countering these hitbox anomalies
  • Understanding server-side hitbox calculation helps explain apparent visual discrepancies

League of Legends continues to struggle with inconsistent hitbox detection even after more than a decade of development. The most problematic cases consistently involve hook abilities and grab mechanics that can determine entire team fights.

Players worldwide encounter frustrating situations where skill shots visibly miss their targets yet still register as hits. Riot Games has implemented numerous hitbox improvements over the years, but new instances of questionable collision detection emerge with every patch cycle.

Champions like Nautilus, Thresh, and Blitzcrank feature prominently in these scenarios due to their game-changing crowd control abilities. Understanding these mechanics is crucial for both executing and evading these critical abilities.

Nautilus consistently ranks among champions with the most unpredictable hitbox behavior. His Dredge Line (Q) ability demonstrates particularly inconsistent collision detection that can catch even experienced players off guard.

The hitbox inconsistency manifests most noticeably when Dredge Line connects through terrain obstacles or minion waves. Players frequently observe hooks landing despite clear visual indicators suggesting the projectile should have missed.

Common problematic scenarios include hooks connecting through narrow wall corners, particularly around river entrances to the blue-side jungle near Baron Nashor’s pit. These situations often result in unexpected engages that can swing lane momentum dramatically.

Advanced players have documented Nautilus successfully hooking targets through Anivia’s Crystallize (W) wall, demonstrating the ability’s tendency to prioritize hitbox detection over visual collision.

Strategic counterplay involves maintaining greater distance from terrain edges when facing Nautilus and anticipating the extended hitbox range. Positioning behind minion waves provides inconsistent protection, as the hook may still connect despite apparent blocking units.

Blitzcrank presents similar hitbox challenges with his Rocket Grab (Q), though the mechanics differ slightly from Nautilus. While Blitzcrank’s hook naturally travels through terrain, the primary issues arise when champions appear to successfully dodge yet still get pulled.

The core problem involves hitbox detection extending beyond the visible projectile. This creates situations where players execute what should be successful dodges only to find themselves unexpectedly grabbed.

Thresh’s Death Sentence (Q) exhibits nearly identical inconsistency patterns. Both abilities share the characteristic of potentially game-deciding impact, where a single successful hook can secure objectives or eliminate key targets.

Effective evasion requires understanding that these hooks have larger effective areas than their animations suggest. Lateral movement often proves more effective than backward retreats when attempting to avoid these skill shots.

The hitbox inconsistency problem extends well beyond hook abilities. Kai’Sa’s Void Seeker (W) represents another prime example of visual-to-hitbox discrepancy.

Void Seeker’s collision area significantly exceeds its visual width, making the ability notoriously difficult to dodge consistently. The projectile can register hits on champions positioned clearly outside its apparent path.

Other champions with binding abilities demonstrate similar issues. Nidalee’s Javelin Toss (Q), Lux’s Light Binding (Q), and Morgana’s Dark Binding (Q) all exhibit similar hitbox expansion beyond their visual indicators.

Advanced dodging requires anticipating the extended hitbox and creating more distance than the visual projectile suggests necessary.

Action Checklist

  • Practice dodging hooks at maximum visual range plus 25% additional distance
  • Study common terrain spots where hooks consistently defy collision (river entrances, narrow corridors)
  • Master lateral movement patterns instead of straight-line dodging
  • Analyze replay footage of questionable hits to understand hitbox boundaries

No reproduction without permission:Games Guides Website » These League of Legends champions still have broken hitboxes Mastering hitbox mechanics and dodging strategies for League of Legends champions with problematic skill shots