Vention KCVBO One-Touch Clamping Car Phone Mount Suction Cup

Vention KCVBO One-Touch Clamping Car Phone Mount Suction Cup

The Vention KCVBO One-Touch Clamping Car Phone Mount Suction Cup integrates a high-strength vacuum suction base with a mechanical one-touch clamping system for mobile device stability. This hardware accessory supports a wide range of smartphone dimensions from 4.7 inches to 7.2 inches. The internal gear mechanism ensures consistent clamping force regardless of road vibrations. Engineers designed the suction cup with a washable adhesive gel layer to maintain long-term adhesion properties on non-porous surfaces. Furthermore, the square-type frame provides a low profile that minimizes dashboard obstruction. The chassis consists of high-density ABS plastic. This material resists thermal deformation in high-temperature cabin environments.

Key Features

• Vacuum Suction Base
  The dual-stage locking lever generates a high-pressure vacuum seal for secure attachment to windshields or dashboards.

• One-Touch Clamping Mechanism
  A central pressure trigger automatically activates the lateral grip arms upon device placement for efficient one-handed operation.

• 360-Degree Adjustability
  The reinforced ball joint allows for precise orientation in both portrait and landscape modes without loosening over time.

• Protective Silicone Padding
  High-friction silicone inserts on the clamping arms prevent lateral movement and protect device chassis from surface abrasions.

Specifications

What’s in the Box

• Vention KCVBO Phone Mount Unit
• Suction Cup Base Assembly
• User Manual

Why Choose This Mounting System

• The gear-driven system functions without electronic components or internal batteries for long-term mechanical reliability.
• The square-type frame distributes clamping pressure evenly across the device edges to prevent accidental ejectment.
• Users can restore the adhesive TPU base by rinsing it with warm water to remove accumulated dust.
• Industrial-grade ABS construction ensures the housing remains rigid during periods of high solar exposure.