PropertyValue
rdfs:label
  • Bridget Flynn (Image Comics)
rdfs:comment
  • Tier: Likely 5-B | Possibly 5-B Name: Bridget Flynn Origin: Image Comics Gender: Female Age: Unknown Classification: Human mutate Powers and Abilities: Superhuman Physical Characteristics, Enhanced lung capacity | Telescopic Vision, Microscopic Vision, X-Ray Vision, Laser Vision, Shapeshifting, Enhanced Durability, Enhanced Stamina, Enhanced Agility and Reflexes Attack Potency: Likely Planet level (Fought toe to toe against Synergy) | Possibly Planet level (Harmed and took out Synergy) Speed: Massively Hypersonic+ to FTL+ reactions (Evade a laser gun twice) | Peak Human Intelligence: Quite High
dcterms:subject
abstract
  • Tier: Likely 5-B | Possibly 5-B Name: Bridget Flynn Origin: Image Comics Gender: Female Age: Unknown Classification: Human mutate Powers and Abilities: Superhuman Physical Characteristics, Enhanced lung capacity | Telescopic Vision, Microscopic Vision, X-Ray Vision, Laser Vision, Shapeshifting, Enhanced Durability, Enhanced Stamina, Enhanced Agility and Reflexes Attack Potency: Likely Planet level (Fought toe to toe against Synergy) | Possibly Planet level (Harmed and took out Synergy) Speed: Massively Hypersonic+ to FTL+ reactions (Evade a laser gun twice) | Peak Human Lifting Strength: At least Class 100+ (She easily lifted a tank over her head and threw it the length of a city block, his brother Hector Chang AKA Smasher lift a small building size robot) | Peak Human Striking Strength: At least Planet Class (Defeat a Captain Dynamo level monster) | Planet Class Durability: At least Planet level (Tougher than Smasher and survived an attack from a pissed off Synergy) | Unknown Stamina: Extremely high (Superior to Smasher, who can fight during three hours against three Dominex level beings) | Extremely high (can fight during three hours against three Dominex level beings) Range: Standard melee range | Several dozen meters, likely higher Standard Equipment: Nothing notable Intelligence: Quite High Weaknesses: Invulnerability is somewhat dependent on concentration.