Shop

SEND AN ENQUIRY

Got a question or product enquiry? Send us a message

FAST SHIPPING

Products in stock are generally shipped the same day.

K-Tek KEG150CCR Avalon Graphite Boompole (102 - 383cm)

Code: KTE/KEG150CCR
$1,410.00

This KEG150CCR Avalon Graphite Boompole has a collapsed length of 3’4″ | 102cm and an extended length of 12’7″ | 384cm and only weighs 1.7lbs | 771g.

ENQUIRE NOW

Got a question about this product?
Send us a message

Low Stock

Limited Stock - Call for availability

This KEG150CCR Avalon Graphite Boompole has a collapsed length of 3’4″ | 102cm and an extended length of 12’7″ | 384cm and only weighs 1.7lbs | 771g. This 5-section Graphite Boompole features an Internal Coiled Cable. The top attachment is a 3/8″ – 16 male thread and the bottom attachment is a Male 3-pin XLR Side Exit with Delrin Base.

Using the Avalon knurled collars on K-Tek’s well-known locking mechanisms trusted by industry professionals worldwide, this boompole is easy to transport and quick to deploy.

K-Tek Avalon Graphite: Lightweight & Durable

The K-Tek Avalon graphite poles are crafted of the same high-density graphite used in the Klassic line with the same goal of balancing maximum strength and minimum weight.

K-Tek Avalon: Practical Choice

Made from the best materials available, the Avalon Graphite pole is a practical choice. The options aren’t as modular or as vast as the Klassic line, but each model has a variety of cabling options. The base is made of Delrin and is fixed to the bottom of the pole.

K-Tek – Audio Products from Audio Professionals for Audio Professionals

Deeply rooted in the Professional Audio Industry, K-Tek is a second generation family business. Proudly manufactured in Vista, California all K-Tek products are supported by Industry-leading after-sales-support provided directly from the factory.

Specifications
Collapsed Length 3'4" (102cm)
Extended Length 12'7" (384cm)
No. of Sections 5
Product Weight 1.699lbs (771g)
Top Attachment 3/8" - 16 male thread
Bottom Attachment Male 3-pin XLR Side Exit with Delrin Base