Product specification Dildo BAILE D-229709 — flexible realistic silicone dildo with lifelike texture, flexible shaft, weight 0.545 g

The BAILE D-229709 is a flexible realistic dildo made from super soft TPR with a lifelike skin texture and a flexible shaft that adapts to different angles. Designed for solo or partner play, it offers an insertable length of 9 inches (total length 28 cm) and a diameter of 4.2 cm. A strong suction cup base secures the dildo to smooth surfaces for hands-free use. The material is soft and pliable to provide a realistic feel while remaining easy to clean and maintain.

Advantages

The flexible shaft and soft, realistic TPR material combine to deliver natural movement and comfortable penetration. The suction cup base provides stable, hands-free mounting and consistent positioning. Compact weight and a body-safe construction make it practical for regular use and simple hygiene.

Suitable for

• Solo vaginal or anal stimulation
• Hands-free play using the suction cup on smooth surfaces
• Couple play where a flexible shaft is preferred

Key specifications

• Brand: BAILE
• Model: D-229709
• Material: Super soft TPR (realistic skin texture)
• Total length: 28 cm
• Insertable depth: 9 inches
• Diameter: 4.2 cm
• Base: Suction cup
• Weight: 0.545 g
• Category: Dildo and Faloimitators

How to use

Before first use and after each session, wash the dildo with warm water and mild soap or a dedicated sex toy cleaner and dry thoroughly. Apply a water-based lubricant to the shaft for smoother insertion and to protect the TPR material. Press the suction cup firmly onto a clean, flat, non-porous surface to secure the toy for hands-free positions. Adjust angle and depth gently using the flexible shaft to find comfortable stimulation.

Usage recommendations

Do not use silicone- or oil-based lubricants with TPR toys; use only water-based lubricants. Inspect the toy regularly for damage, and discontinue use if tears or material degradation appear. Store the dildo separately from other toys to avoid material reactions.