NPG Intense Onaho 2 Revolver Tornado Thrusting & Rotating Masturbator

The NPG Intense Onaho 2 Revolver Tornado is an automatic male masturbator designed with a closed inner sleeve system that combines rotational motion and thrusting (piston-style movement). It is a rechargeable electric stroker that delivers multi-mode stimulation through an internal textured channel.

The structure consists of a main body, removable inner sleeve, front cover, and control interface with multiple function buttons.

What it does

This device delivers dual-action stimulation through synchronized rotation and thrusting mechanisms.

It includes 8 different rotation and piston pattern combinations and 3 adjustable speed levels. A dedicated “SOUL” button activates a temporary high-speed boost mode for intensified stimulation.

The inner sleeve features textured zigzag ridges designed to create friction-based rhythmic stimulation during motion cycles.

Use Case

Designed for solo private use in controlled indoor environments. Suitable for users exploring hands-free stimulation or structured intensity training.

Can be used for short sessions focused on relaxation, stress release, or high-intensity stimulation cycles depending on selected mode.

Who it is for

Beginners who want guided automatic stimulation without manual control requirements
Experienced users seeking multi-mode intensity variation
Privacy-focused users who require discreet, enclosed stimulation systems
Users who prefer mechanical rhythm-based stimulation over manual devices

Experience Layer

The stimulation is structured, rhythmic, and progressively intensifying depending on selected mode.

Low-speed settings provide smoother, consistent motion with moderate pressure. Higher-speed modes increase intensity with faster rotational-thrust cycles.

The internal texture creates continuous friction feedback, producing a layered sensation that combines pressure, movement, and vibration-like rhythm. The “SOUL” mode introduces a sudden acceleration effect that shifts the experience into a high-intensity peak phase.