Blog Archives for category Fettish
Fettish – The Tickle Table – Harley Kitty
Title: Enhancements to the Tickle Table v2: A Novel Approach to Restraining and Stimulating Specimens for Tickling Research
Abstract:
The Tickle Table v2, a cutting-edge piece of equipment designed and developed at Fetish Labs, has undergone significant upgrades to optimize the restraining and stimulating of specimens for tickling research. This paper details the improvements and testing of the Tickle Table v2, featuring a volunteer specimen, Harley Kitty. The novel design incorporates multiple slots for adjustable height, enhanced strap system, and an elevatable rear portion for unobstructed observation. The all-steel ankle stocks and toe restraints provide secure and comfortable immobilization, allowing for focused application of stimuli without distraction. Our testing demonstrates the Tickle Table v2’s efficacy in facilitating a range of tickling techniques, including bastinado, manual stimulation, and the use of various tools.
Introduction:
The Tickle Table v2 is a crucial tool in the field of tickling research, enabling the safe and effective restraint of specimens while allowing for the application of various stimuli. Building upon the success of its predecessor, the Tickle Table v2 incorporates several innovative features to enhance the tickling experience.
Methods:
Harley Kitty, a long-haired blonde volunteer, was secured to the Tickle Table v2 using the enhanced strap system, which allows for precise adjustment to accommodate different body types. The ankle stocks and toe restraints were adjusted to ensure comfortable and secure immobilization. The testing protocol consisted of three segments: (1) bastinado application by Tilly McReese to prepare the specimen’s bare soles; (2) an array of tickling techniques and tools applied by Derek, including manual stimulation, the Shocker, the SnS Shredder, and the Terrorizers; and (3) a final segment featuring Tilly’s manual stimulation method.
Results:
The Tickle Table v2 demonstrated significant improvements over its predecessor, providing enhanced restraint and immobilization of the specimen. The adjustable height slots, elevatable rear portion, and all-steel ankle stocks and toe restraints ensured a secure and comfortable environment for the application of various stimuli. The testing protocol showcased the Tickle Table v2’s versatility in accommodating a range of tickling techniques and tools.
Conclusion:
The Tickle Table v2 is a significant advancement in the field of tickling research, offering a novel approach to restraining and stimulating specimens. The enhancements to the table’s design have improved the overall tickling experience, allowing for more focused and effective application of stimuli. Future research directions include exploring the Tickle Table v2’s potential in various tickling protocols and applications.
Length: 13:11
Resolution: 1920×1080
Fettish – Tickle Therapy – Scarlett Foxx vs Mia Hope and Amethyst Mars
Length: 16:22
Resolution: 1920×1080
Download – Tickle Therapy – Scarlett Foxx vs Mia Hope and Amethyst Mars
Fettish – TickOLing – Lithie Table v2
Experiment: The Efficacy of the Enhanced Restraint and Sensory Amplification of the “Tickle Table” on Subject Lithie
Abstract
This study aims to evaluate the effectiveness of the newly developed “Tickle Table” (version.2.0) in enhancing the tickle-induced climax of the subject, Lithie, who has demonstrated an exceptional ability to achieve orgasm through tickling alone. The experiment will measure the physiological and psychological responses of the subject when exposed to a variety of tickling stimuli while restrained using the updated features of the “Tickle Table”.
Introduction
Tickling is a form of sensory stimulation that can elicit a range of responses, from discomfort to euphoria. The subject, Lithie, has previously experienced the original “Tickle Table” and has reported its effectiveness in heightening her tickling experience. The updated version, “Tickle Table” (version.2.0), boasts advanced restraint systems designed to maximize the tickling experience by restricting movement and enhancing sensory input.
Method
Subject: Lithie, a frequentensual volunteer with a verified history of orgasmic tickling responses. Equipment: “Tickle Table” (version.2.0), leather body sleeve, additional restraints, tickling tools, blindfold, ball gag harness. Setup: Lithie is secured in a leather body sleeve. The “Tickle Table” (version.2.0) utilizes a new slot system for maximized restraint. Toes are bound using a ratcheting system; ankles are secured with steel encasements and linchpins. A blindfold is employed to enhance sensory deprivation and focus tactile sensation. Procedure: The subject is inclined to allow observation of facial reactions. Stimulation is applied to the most sensitive areas, particularly the arches of the feet. The tester alternates between various tickling tools, targeting different areas of the feet and ankles. A ball gag harness is introduced to manage verbal responses without maintain psychological control.
Observations
The subject’s reactions are monitored and recorded, including laughter, verbal cues, and facial expressions. The restraint system of the “Tickle Table” (version.2.0) is tested for its ability to restrict movement and enhance the tickling experience. The subject’s climaxes are closely monitored to assess the impact of edge play and sensory overload.
Results
The “Tickle Table” (version.2.0) successfully restrained the subject, withstanding the physicality of the subject’s responses without failure. Lithie achieved multiple climaxes, indicating the high efficacy of the restraint and tickling methods employed. The use of a blindfold and the maximized slot system contributed to the subject’s inability to move or escape the tickling sensations. The ball gag harness effectively managed the subject’s reactions, allowing the experiment to continue without interruption.
Discussion
The “Tickle Table” (version.2.0) proved to be an effective tool in enhancing tickle-induced climaxes. The subject’s inability to escape the sensory overload and physical restraints resulted in a heightened state of arousal and subsequent climaxes. The psychological impact of domination and control, combined with the physical restraints, amplified the subject’s experience beyond what was achieved with the previous version of the table.
Conclusion
The “Tickle Table” (version.2.0) is a significant advancement in the field of tickle-induced climax research. Its effectiveness in restraining the subject and maximizing the tickling experience makes it a valuable tool for further studies in this niche area of sexual response and sensation play.
Length: 23:29
Resolution: 1920×1080
Fettish – No Safeword – Indica Jane
Experimental Log – Dual Toe Bondage Escape Test (Subject: Indica Jane)
Phase 1: Immediate Transition
Post-Roasting Condition: Subject’s soles displayed heightened sensitivity, with visible erythema and residual jalapeño-honey coating enhancing nerve response. Restraint Upgrade: Big toes isolated via 10mm rawhide leather wraps, tension-tested to withstand significant struggling. Fail-Safe System: Secondary 10mm cotton cord applied in parallel hitch knot configuration to prevent any possible escape.
Phase 2: No Safeword Initiation
Time Lock Engaged: Ten-minute countdown activated with no cessation permitted barring medical emergency. Stimuli Applied: Finger feathering techniques focused on the most sensitive, honey-coated areas of the roasted arches. Alternating between hard, deliberate strokes and soft, teasing touches across metatarsal pads and heel creases, both via tools and digital stimulation.
Observations:
Immediate spasms from the subject’s toes, with audible creaking from the rawhide restraints under pressure. The cotton backup cord successfully absorbed nearly all torsion. Full-body reactions observed as the subject’s hips bucked against the table straps. Breathing became rapid and labored via nasal cavity. Gagging remained effective. Significant escape attempts noted when the subject’s big toes nearly slipped free of the rawhide binding. The cotton cord successfully prevented completion of this escape. By experiment conclusion, deep imprints from the restraints remained visible along the dorsal surfaces of the toes.
Results & Conclusions:
The backup cotton cord system performed flawlessly, preventing 100% of escape attempts despite extreme struggling. Recommendations include upgrading to 12mm rawhide for subjects demonstrating exceptional resistance.
Length: 13:43
Resolution: 1920×1080
