Removable Motor-Puck Tapered Anal Plug with Wide Twin-Wing Safety Base

Separate the vibration motor from a tapered plug body

This removable motor-puck tapered anal plug with wide twin-wing safety base concept contains exactly one smooth smoky-plum plug and one separate charcoal vibration puck. The plug has a rounded taper, narrow neck, oversized two-wing external base and one recessed circular socket.

The image establishes proposed count and exterior geometry only. It does not confirm usable dimensions, materials, lock mechanics, vibration output, battery, ingress protection or production readiness.

Audit exactly two pieces before packing

Count one complete plug body and one powered puck. Remote, phone, cable, charger, case, spare puck, tail and jewellery insert are excluded from the visible planned pack.

Match socket revision and colour lot, then reject cuts, tears, sticky surfaces, deformed wings, sharp flash, damaged threads, loose buttons, corrosion, rattles or contamination.

Measure the rounded taper and insertable profile

Record total plug height, proposed insertable length, maximum diameter, tip radius, taper gradient and mass. Use physical gauges rather than estimates from the studio rendering.

Beginner, compact and gradual language remains pending verified dimensions and an approved progression context. Size selection must never be forced.

Map the narrow neck and base transition

Measure neck diameter, neck length, transition radii, flex under bounded load and clearance above both wings. Inspect the circumference for mould seams, hard inclusions and abrupt stiffness.

A narrow neck does not by itself establish long-wear comfort or stable retention. Fit and duration claims remain pending controlled evaluation.

Verify both safety wings exceed the body span

Record full base width, front-to-back depth, wing-tip radius, thickness, flex, symmetry and overlap beyond the maximum insertable diameter. Test stability under axial, lateral and twisting loads on a compliant fixture.

The complete base must remain outside and reachable throughout approved use. Do not use a plug with folded, torn, softened or undersized wings.

Inspect the recessed socket as a hygiene cavity

Measure socket diameter, depth, thread or bayonet profile, drain geometry, corner radii and distance from the neck. Map every surface that requires cleaning when the puck is removed.

Reject inaccessible residue traps, sharp internal features, cracked threads, swelling, corrosion or a cavity that cannot dry by the validated method.

Characterize the removable motor puck

Record puck diameter, height, mass, knurled-rim pitch, button force, coupling projection and enclosure seams. Confirm that the button remains accessible only in the approved installed orientation.

The puck is a powered component, not a standalone insertable device. Its edge, locking rim and coupling must stay outside the plug cavity unless fully seated.

Validate twist-lock retention and release torque

Document alignment, insertion depth, rotation angle, assembly torque, release torque, axial pull strength and vibration loosening after repeated install-clean-dry cycles. Confirm an unmistakable fully locked state.

Do not install or remove the puck while the plug is positioned. A partially engaged, cross-threaded or free-spinning puck requires immediate quarantine.

Measure vibration transfer through the plug body

Record frequency, acceleration and displacement at the puck, wing tips, neck, mid-body and rounded tip under repeatable loads. Repeat across battery state and after connector-cycle ageing.

Strong, deep, evenly distributed and quiet descriptions remain pending calibrated results. The detachable architecture may change resonance as the lock wears.

Map the single-button control sequence

Verify long-press power, short-press steps, startup state, intensity order, pattern order, memory, lockout, low-battery indication and complete stop. The visible button does not prove any mode count.

Confirm accidental-activation resistance and a prompt stop command while the puck is fully installed in the external base.

Validate battery charging and transport evidence

Require cell chemistry, capacity, protection circuit, input rating, cable specification, charge time, runtime method, cycle life, low-voltage cutoff and transport documents.

No charging accessory is shown. Rechargeable, fast-charge and long-runtime claims remain pending production electronics and the final bill of materials; charge only when removed, clean and completely dry.

Require separate material and ingress records

Obtain polymer grades, pigments, additives, hardness values, socket reinforcement, puck-shell composition, seal design, adhesives and button material. Test the full coloured assembly after ageing and repeated cleaning.

Silicone, ABS, body-safe, hypoallergenic, phthalate-free, nonporous, waterproof and submersible claims remain pending traceable finished-product evidence.

Measure heat sound and liquid entry around the lock

Log temperature at the cell, puck rim, socket, base, neck and plug surface during the longest approved program. Record sound at a fixed distance and load for every verified mode.

Test liquid entry at the button, puck seam, coupling and recessed socket after drop, twist and cycle conditioning. Stop for abnormal heat, noise change, swelling, corrosion or intermittent output.

Use inspect clean and dry with the base accessible

Inspect both pieces, install the clean dry puck while powered off and perform a pull-and-twist check. Apply generous verified-compatible lubricant to the plug body, proceed slowly and keep both wings and the puck accessible.

Stop for pain, bleeding, numbness, unexpected resistance, loss of base access, lock movement or motor fault. After removal, detach the puck, clean the plug and socket by the validated method, wipe the powered puck within its own ingress limits and dry every cavity before storage or charging.

Build landed price from vibrating-plug benchmarks

An Alibaba anal-plug category page displayed an app-controlled vibrating plug at USD 3.50 to 3.90 with MOQ 10 and another vibrating plug at USD 2.31 to 2.37 with MOQ 3. An electric-anal-vibrator page displayed one rechargeable example at USD 5.59 to 5.88 with MOQ 1. These are broad procurement references, not this removable-puck design or an approved supplier quote.

The public vibrating-plug benchmark supports an EUR 49.99 planning price after provisional allowance for China-origin freight, two-piece inventory control, oversized twin-wing base, socket moulding, lock-cycle and retention tests, motor, battery, ingress, material and cleaning validation, discreet fulfilment and expected quality loss. Exact supplier, quote, MOQ, dimensions, materials, motor, modes, battery, charging accessories, packed weight, freight, duty, tax, certification, payment terms and lead time remain pending.

Frequently asked questions

What is included?

Exactly one tapered plug with a wide twin-wing base and one removable powered vibration puck.

Can the puck be used by itself?

No. The puck is an external powered module intended only for the matching base socket.

Can the puck be removed during use?

No. Install and lock it before positioning, then remove the plug first before releasing the puck.

How many vibration modes are available?

Mode count, intensity steps, memory and button mapping remain pending production-sample testing.

Is the complete product waterproof?

No ingress claim is made until the plug, socket and powered puck pass separate and assembled protocols.

What makes the base retrieval-safe?

The concept shows two broad external wings, but exact span, flex and retention margins still require measured validation.