Canon R6 Mark II icon Canon R6 Mark II Canon RF 24-105mm f/4L IS USM icon Canon RF 24-105mm f/4L IS USM

Does Canon R6 Mark II work with Canon RF 24-105mm f/4L IS USM?

Quick compatibility check between Canon R6 Mark II and Canon RF 24-105mm f/4L IS USM.

Confirmed compatible
Canon RF 24-105mm f/4L IS USM is a native RF-mount lens built for the EOS R system.
High confidence · Updated August 2026

6 people checked this

Share this result
Twitter WhatsApp Facebook

Secondary signal

Have you tested this pairing?

Share what happened in your setup. Editorial research above remains the primary verdict.

0 works 0 does not work

Works
Yes
Confidence
High
Known issues
None
Workaround
Not needed

What works & limitations

  • Native RF-mount with 12-pin electronic interface — full bandwidth communication between the R6 Mark II and RF 24-105mm L, including IS coordination data, lens distortion profiles, and EXIF recording at every zoom position
  • Dual Pixel CMOS AF II with 100% frame AF coverage — phase-detect AF cells cover the full sensor area, enabling subject acquisition from any frame position at all 24–105mm focal lengths
  • Subject tracking AF covers: human face and eye, animal (dog, cat, bird), vehicle (car, motorcycle, airplane, train, bus) — all subject types tracked reliably at all apertures from f/4 to f/22 at 40fps burst
  • Optical IS coordinates with R6 Mark II IBIS — Canon rates the combined stabilization at up to 8 stops (CIPA standard at 105mm), verified in Canon lab tests; real-world performance of 6–7 stops is typical for handheld video
  • Nano USM autofocus motor provides smooth, continuous AF during 4K60p C-Log 3 video recording — AF transition speed and response can be adjusted in the R6 Mark II's AF menu from Slow to Fast across 7 steps

Data & storage

Offline play
No — internet required

Results are based on publicly available data and aggregated user reports.

Result not what you expected? Try using exact model and version names for better accuracy.

Browse all compatibility compatibility checks →

Results are based on publicly available compatibility information and community feedback.