LOS ANGELES — Lovense has introduced Velvo, a new rabbit vibrator positioned around a dual-stimulation design and a 360-degree rolling-bead concept, according to an announcement carried by XBIZ. The device is described as combining a rotating G-spot head with a separate vibrating clitoral arm, aiming to deliver both internal and external stimulation in a single form factor.
At the center of the Velvo pitch is its rolling-bead mechanism, which XBIZ frames as part of Lovense’s push to differentiate the rabbit category with a more dynamic contact feel. The product is further noted for its structured approach to vibration control, with the design intended to maintain positioning during use while generating consistent output across both stimulation points.
XBIZ also highlights Lovense’s emphasis on high-output vibration capabilities. Reporting from other coverage of the launch describes Velvo using an external arm delivering high-frequency vibration while the internal component works to roll during contact, creating what Lovense describes as an enhanced sensation profile compared with standard rabbit styles.
In terms of positioning, the announcement places Velvo as a new entrant in Lovense’s broader lineup of remote-capable adult products—continuing the company’s strategy of pairing distinctive hardware features with app or controller-driven control options. The intent, as presented in the industry coverage, is to broaden appeal for buyers looking for novelty in rabbit vibrators without sacrificing the core “two-point” stimulation advantages the category is known for.
For retailers and consumers, Velvo arrives as a marketable new SKU within the rabbit space, with the company leaning on the novelty of its rolling-bead concept and the pairing of internal rotation with an independent vibrating clit component.
The XBIZ report frames the debut as both a product expansion and a step toward more advanced sensation engineering inside the rabbit category, with Lovense betting that a 360-degree rolling approach will become a defining feature for future iterations in the segment
