Canon RF 1.4x Extender

Expand Your Telephoto Reach

Whether you are capturing wildlife on the plains or zooming in on fast-paced motor sports, the Canon RF 1.4x Extender is an essential addition to your camera bag. Designed specifically for the revolutionary Canon RF mount, this teleconverter seamlessly multiplies your focal length by 1.4x without compromising the exceptional resolution of your master lens. At Camera Pro, we know that getting closer to the action is critical for creators, and this extender allows you to do just that while maintaining full support for Canon's advanced Dual Pixel CMOS AF and in-lens image stabilisation (IS).

Key Features

* 1.4x Focal Length Extension: Instantly increases the reach of compatible RF lenses by 1.4x for stunning super-telephoto shots.

* Flawless Autofocus Integration: Fully compatible with EOS R Dual Pixel CMOS AF, ensuring high-precision tracking and sharp focus.

* Image Stabilisation Support: Works in tandem with your master lens's built-in IS for crisp, shake-free images even at extreme focal lengths.

* Advanced Optical Design: Leverages the large diameter mount and short back focus unique to the RF system for superior image quality and a compact footprint.

* Weather-Sealed Construction: Features a robust dust and drip-proof design built to withstand harsh outdoor shooting conditions.

* Shock Resistant: Engineered with a highly durable vibration and impact-resistant structure for reliable field performance.

Benefits

* Travel Lighter: Achieve super-telephoto reach without the weight, cost, and bulk of carrying an additional heavy lens.

* Unyielding Reliability: Trust your gear in challenging Australian environments, from dusty safari trails to rainy sidelines, thanks to professional-grade weather sealing.

* Uncompromised Performance: Maintain the lightning-fast autofocus and optical brilliance you expect from the Canon EOS R mirrorless system.

Specifications

* Mount Type: Canon RF

* Magnification: 1.4x

* Autofocus Compatibility: Yes (Dual Pixel CMOS AF supported)

* Image Stabilisation Compatibility: Yes

* Weather Resistance: Dust and drip-proof design

* Durability: Vibration and impact-resistant structure

FAQs

1. Will the Canon RF 1.4x Extender work with my EF lenses?

No, this extender is designed exclusively for Canon RF mount lenses and the EOS R mirrorless camera system.

2. Does using this extender affect my autofocus speed?

The extender is engineered to work seamlessly with Canon's Dual Pixel CMOS AF, ensuring high-precision autofocus is maintained, though the maximum aperture will be reduced by one stop.

3. Is the RF 1.4x Extender weather-sealed?

Yes, it features a highly durable dust and drip-proof design, making it ideal for outdoor nature and sports photography.

4. Can I stack two RF extenders together?

No, Canon RF extenders cannot be physically stacked together.

5. Will my lens's image stabilisation still work?

Absolutely. The extender fully supports the built-in IS of your master lens to help you capture sharp images at longer focal lengths.

Care Instructions

To attach the Canon RF 1.4x Extender, align the mount index marks on the extender with your compatible RF lens and twist until it clicks into place, then attach the combined unit to your EOS R series camera body. Always power off your camera before changing lenses. When shooting in harsh environments, wipe down the weather-sealed barrel with a clean, dry microfibre cloth before detaching to prevent dust or moisture from entering the camera mount. Store the extender in a dry, cool place with both front and rear caps securely attached.

The Canon RF 1.4x Extender (SKU: RF14X) is a premium teleconverter designed for Canon EOS R series mirrorless cameras. It multiplies the focal length of compatible RF lenses by 1.4x while retaining high-resolution image quality, Dual Pixel CMOS AF, and image stabilisation. Featuring a robust, weather-sealed, and impact-resistant design, it is the perfect tool for Australian wildlife, sports, and nature photographers looking to extend their reach without sacrificing performance.