Movmax Adjustable Telescopic Rod for Insta 360(1m/3.3ft)

Capture dynamic vehicle-mounted footage with the MOVMAX Adjustable Telescopic Rod for Car Mounting, a carbon fiber boom extending from 86 to 136 cm (2.8–4.4 ft) with a triple-suction system featuring one 4.5-inch vacuum cup and two mini cups for secure, multi-point attachment, adjustable tilt via curved bottom connector, and compatibility with action cameras, panoramic cameras, and smartphones for creative, stable shots from any angle.

The MOVMAX Adjustable Telescopic Rod for Car Mounting is a professional-grade, ultra-lightweight carbon fiber boom designed for exterior vehicle cinematography, extending seamlessly from 86 cm to 136 cm (2.8–4.4 ft) to accommodate a wide range of shooting scenarios—from low tracking shots to high overhead perspectives. Its triple-suction mounting system includes one powerful 4.5-inch vacuum suction cup and two adjustable mini suction cups, enabling secure attachment across various car body surfaces while enhancing stability and safety under high-speed or dynamic conditions. The innovative curved bottom connector allows precise tilt adjustments for optimal height and angle control, ensuring full creative freedom. Compatible with action cameras, panoramic cameras, and smartphones via standard mounts, this telescopic rod delivers rigid, vibration-resistant performance in a durable, lightweight package—perfect for automotive commercials, action sequences, and cinematic car chases. The carbon fiber construction guarantees strength without added weight, making it a trusted tool for filmmakers demanding precision and reliability on the move.

Key Features:

• Extendable carbon fiber shaft (86–136 cm / 2.8–4.4 ft) for versatile reach
• Triple-suction system: 1x 4.5-inch vacuum cup + 2x mini adjustable suction cups
• Adjustable tilt via curved bottom connector for precise angle control
• Lightweight, high-strength carbon fiber construction
• Compatible with action, panoramic, and smartphone cameras
• Multi-point attachment for enhanced stability on vehicle surface