Nasstoys Thruster Silicone Thrusting Vibrator Black brings dynamic thrusting motion and rumbling vibration together in one sleek, body-safe design. Its easy-to-insert shape, beaded texture and ribbed shaft make it approachable for first-time exploration while still delivering satisfying sensation with every stroke. The long profile suits those who enjoy deeper penetration and targeted G-spot or P-spot stimulation.
With 10 thrusting functions and 10 vibration functions, the Thruster lets you explore a wide range of rhythms to match your mood, all powered by a quiet yet capable motor. A ring base provides a secure grip for comfortable handling, and a retrieval cord adds confidence during play. It is just as enjoyable solo as it is with a partner.
Crafted from body-safe silicone with ABS components, the Nasstoys Thruster Silicone Thrusting Vibrator Black is phthalate free and RoHS compliant. Pair it with a quality water-based lubricant for added comfort. After use, wash it with toy cleaner or mild antibacterial soap, rinse thoroughly and let it dry completely before storing. The splashproof build makes cleanup simple.
Magnetic USB charging takes about 1.5 hours and delivers up to an hour of play. Fully charge the toy before its first use to prime the battery for the best performance.
Key Features
- 10 thrusting functions and 10 vibration functions
- Beaded texture and ribbed shaft for added sensation
- Long design for G-spot or P-spot stimulation
- Ring base for a secure grip and a retrieval cord
- Magnetic USB rechargeable and splashproof
- Body-safe, phthalate-free silicone
Specifications
- Materials: Silicone, ABS
- Overall Length: 9.75 Inches (24.8 cm)
- Insertable Length: 7.75 Inches (19.7 cm)
- Dimensions: 1.75 Inches (4.4 cm) x 1.5 Inches (3.8 cm)
- Charging Time: 1.5 Hours
- Usage Time: Up to 1 Hour
- Voltage: 3.7V
Whether you are trying thrusting toys for the first time or adding a new favorite to your collection, the Nasstoys Thruster Silicone Thrusting Vibrator Black offers a comfortable, beginner-friendly design with dependable performance.
