Pitbull Bravo Punch Force and Impact Analyzer

Direct-manipulation biomechanical simulation evaluating strike velocity, effective mass transfer, and peak collision force against a heavy bio-target.

STATUS: READY TO STRIKE

SOLVER: MATTER.JS 2D

Kinetic Energy
449.65J

Peak Impact Force
14.82kN

Knockout Probability

89.4%

Target Acceleration

82.3G

Strike Parameters

Adjust delivery mechanics to simulate knockout dynamics.

Fist Velocity (m/s) 11.50 m/s

Effective Striking Mass (kg) 6.80 kg

Impact Angle (° off normal) 12.0°

Glove Specification 10 oz Championship

Physics Diagnostic Log

Initializing collision solver... [SYSTEM READY] Loaded Pitbull Bravo Sept 19 fixture profile. Ek = 0.5 * 6.80 kg * (11.50 m/s)^2 = 449.65 Joules. Peak Impact Force: 14.82 kN (estimated stopping window: ~12.2 ms). KO Probability: 89.4% based on angular/linear cranial impulse models.

Source Grounding: Inspired by the @DAZNBoxing Sept 19 highlight announcement for Pitbull Bravo. Striking biomechanics model references published studies on professional boxing impact dynamics (Walilko et al., 2005 & Smith et al., 2000).