Tilta Full Camera Cage with Cooling System for Canon R5 Mark

Be the first to review this product


Tilta Full Camera Cage with Cooling System for Canon R5 Mark II - Black

Brand: Tilta

List Price: £85.00

Buy for:£85.00Only one store In stock

Quick Overview

Designed for the Canon R5 Mark II, the Tilta Full Camera Cage provides robust protection and expanded mounting options while integrating an active cooling system. With cold shoe, 14 in 20, and 38 in 16 threads featuring locating points, it supports a wide range of accessories. The built in cooling system...

Designed for the Canon R5 Mark II, the Tilta Full Camera Cage provides robust protection and expanded mounting options while integrating an active cooling system. With cold shoe, 14 in 20, and 38 in 16 threads featuring locating points, it supports a wide range of accessories. The built in cooling system extends recording times via dual speed fans and two Type C PD 30W ports, all while maintaining a lightweight 241g design....Read More...»»

Features & Specifications

Colour
Black
Wattage
30 W
Width
14 Inch, 355.6 mm
  • Designed for the Canon R5 Mark II, the Tilta Full Camera Cage provides robust protection and expanded mounting options while integrating an active cooling system. With cold shoe, 14 in 20, and 38 in 16 threads featuring locating points, it supports a wide range of accessories. The built in cooling system extends recording times via dual speed fans and two Type C PD 30W ports, all while maintaining a lightweight 241g design.....from Wex Photographic
  • Write Your Own Review

    How do you rate this product? *

      1 * 2 * 3 * 4 * 5 *
    Rating
    Loading best prices…

    Price on the up? Buy today! Follow the Price History for tilta full camera cage with cooling system for canon r5 mark ii black

    Compare prices for Tilta Full Camera Cage with Cooling System for Canon R5 Mark II - Black - Buy Tilta Full Camera Cage with Cooling System for Canon R5 Mark II - Black - Prices checked on September 17, 2026

    Page generated in 0.2363 seconds