Maxsure Outlet Extender Stick - Adjustable 9 to 36 Inches with USB-A, USB-C, and 2 Outlets

Meet the Maxsure Outlet Extender Stick

Designed for tight spots and hidden corners, the Maxsure Outlet Extender Stick puts power where you need it most. Its flexible, extendable length lets you bridge gaps from 9 inches to 36 inches, while the modular sections can be arranged to fit your space. The result is easy access to outlets and ports without rearranging furniture or cables.

This compact power hub blends into living rooms, bedrooms, and offices with a low profile that stays out of sight yet highly usable. The extendable design supports various layouts, so you can tailor the setup to your layout and device placement. Its sleek form keeps cords tidy and helps you move with less clutter around nightstands, couches, and cabinets.

Key capabilities

• EXPANDABLE LENGTH: Extends from 9 inches to 36 inches with 360 degree freedom to suit your space
• CHARGE FOR 5 DEVICES: USB-A, USB-C, and two AC outlets with a 5V 2.4A USB output for compatible devices
• FREELY COMBINATION: Five components can be rearranged using screws or Velcro strips to fit different mounting needs
• CONVENIENT CELLPHONE STAND: Top surface doubles as a stand while your phone charges
• SAFETY CERTIFICATE: ETL and UL listed for indoor use
• SPACE-SAVING DESIGN: A slim, stick-like silhouette helps reduce cord clutter behind furniture

Smart uses and real‑world scenarios

• Behind nightstands and sofas: reach power without stretching cords across the room
• Beside beds and desks: keep phones and small devices charged and within reach
• In cabinets or entertainment centers: create accessible outlets for media players and charging docks
• On corners or awkward walls: the 360° flexible setup makes cord routing simple and cleaner

Why shoppers choose Maxsure

The Extender Stick blends practical design with flexible configuration. It supports multiple devices at once, helps manage clutter, and offers a dedicated spot to prop up your phone while it charges. While outcomes vary by environment, it presents a practical option for organizing power access in tight spaces without making bold promises about results.