Tickle Table v2 Structural Integrity Assessment

Subject: Charmie (Specimen #273-FF) | Age: 27 | Physique: Fitness Model
Primary Vulnerable Zones: Underarms, Bare Feet (Plantar Surface), Palms, Sides, Neck, Lower Abdomen
Restraint System: Steel-Shanked Leather Sheaths (Limbs), Lynchpin-Anchored Steel Foot Casings, Ratcheted Toe Flexion

Abstract

This study evaluates the structural efficacy of the Tickle Table v2 under maximum stress conditions. Subject Charmie was immobilized via multi-point restraints to assess:

Resistance to kinetic strain during prolonged, high-intensity tickling. Accessibility of deep-tickle receptor zones under total exposure. Psycho-physiological limits of the specimen under sensory overload.

Methodology

Apparatus

Tickle Table v2: Reinforced steel frame, leather straps with titanium buckles. Limb Immobilization: Arms: Overhead steel-shanked sheaths (palms supinated, fingers tendon-tied). Legs: Full-leg leather sheaths + lynchpin-secured steel foot casings. Toes: Ratcheted nylon cord system (maximal metatarsal flexion).

Stimuli Application

Dual experimenters (Fettishlabs Lead + Coexperimenter Ditria) applied synchronous, asymmetric stimuli across all zones at random intervals. Intensity escalated via variable pressure and rhythmic unpredictability.

Results

Physical Metrics

Table Integrity: Zero structural compromise at 120 dB vocal peak (specimen’s peak amplitude). Lynchpins resisted 98 kgf of torque from plantar spasms. Subject Response: Sweat-induced lubrication reduced epidermal resistance to stimuli by 63%. Staccato laughter during sole/arch hyperstimulation.

"Her soles were a roadmap of twitches. Every nerve fired like a live wire"
– Fettishlabs Lead Experimenter

Discussion

The Tickle Table v2 exceeds operational thresholds for extreme interrogation scenarios. Key findings:

Palmar Vulnerability: Tendon-tying enabled uninterrupted thenar eminence access, inducing reflexive grip failure. Dynamic Partner Synergy: Ditria’s switch methodology (abrupt pressure shifts) amplified specimen vocal distortion by 72%. Structural Recommendation: Augment toe-ratchet tensile strength to prevent metacarpal fatigue. Add lateral ankle clamps to counter hip-thrusting.

Conclusion: Specimen Charmie’s biochemical stress markers confirm the apparatus’s dominance efficacy. Prolonged exposure risks sensory shutdown – ideal for edge-play applications.

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