Ikan EI-7100H-KIT E-Image Air-Controlled Pedestal Kit

Designed for Professional Studio Use
The Ikan EI-7100H-KIT Air-Controlled Pedestal Kit is engineered for small studios, houses of worship, classrooms, and corporate broadcast environments where high functionality meets compact reliability. This complete studio tripod solution supports payloads ranging from 17 to 33 pounds and includes a fluid head, a two-stage pedestal column with air-dampening, and a dolly system with independent locking wheels.

Smooth Air-Controlled Height Adjustments
This kit's central column features a two-section, air-dampened system that allows operators to raise or lower the camera rig smoothly using an internal air pump. With its easy height adjustability, the pedestal reaches nearly 6 feet, enabling versatile positioning whether shooting seated interviews or standing presenters.

Reliable Fluid Head with Precision Counterbalance
Included is the EI-7100H fluid head, which supports the kit’s payload capacity and offers six levels of adjustable counterbalance. This ensures stable tilts and pans across a wide range of camera weights. With a +90° to -60° tilt range, dual pan bars, and a tick-marked sliding camera plate with 4 inches of adjustment, this fluid head delivers accurate control for broadcast-level production.

Stable and Mobile Dolly System
The studio dolly completes the kit with three robust rubber wheels, each independently lockable for stable shooting positions. Designed with studio environments in mind, it allows for easy maneuvering and fast repositioning while preventing undesired movement during recording. Cable guards on the dolly help prevent snags and maintain a tidy production space.

Ideal for Versatile Studio Applications
Whether filming church services, classroom lectures, or live productions, the Ikan EI-7100H-KIT offers all-in-one capability for fluid movement, secure camera mounting, and flexible height adjustment. It’s built to handle a range of professional cameras, from DSLRs to mid-sized broadcast camcorders, all while maintaining compact mobility within studio constraints.