LENS Z TELECONVERTER TC-2.0X

The Nikon Z TELECONVERTER TC-2.0X is a premium teleconverter designed for compatible Nikon Z mount mirrorless lenses. Engineered to double the focal length of attached lenses while maintaining outstanding image quality, this compact accessory is ideal for wildlife, sports, aviation, and long-distance photography.

Extend Your Reach Instantly

The Z TELECONVERTER TC-2.0X effectively doubles the focal length of compatible Nikon Z lenses, allowing photographers to capture distant subjects with greater detail and magnification without carrying larger lenses.

Outstanding Optical Performance

Designed with Nikon’s advanced optical engineering, the teleconverter preserves sharpness, clarity, and color accuracy while minimizing distortion and chromatic aberration for professional-quality results.

Seamless Autofocus & VR Support

Maintain reliable autofocus performance and image stabilization capabilities when paired with compatible Nikon Z lenses featuring autofocus and Vibration Reduction technologies.

Compact & Durable Construction

Built with a durable and weather-resistant design, the TC-2.0X is compact enough for travel and outdoor shooting while offering reliable performance in challenging environments.

Ideal for Wildlife & Sports Photography

Perfect for photographers needing extra reach, the teleconverter is ideal for capturing birds, wildlife, sports action, and distant scenes with enhanced magnification and detail.

Quick Specs

• Accessory Type: Teleconverter
• Magnification: 2.0x
• Compatible with Nikon Z Mount Lenses
• Maintains Autofocus & VR Functionality
• Advanced Optical Design for Sharp Images
• Compact & Lightweight Construction
• Dust & Drip Resistant Design
• Ideal for Wildlife & Sports Photography
• Premium Nikon Build Quality
• Approx. Weight: 270 g

The Nikon Z TELECONVERTER TC-2.0X is an essential accessory for photographers seeking greater telephoto reach while maintaining exceptional image quality, autofocus precision, and portability for professional shooting applications.