Nikon AF-S Nikkor 500mm f/4E FL ED VR Lens - Nikon

The fluorite elements significantly reduce the lens's weight compared to traditional glass elements and also correct chromatic aberrations, leading to sharper images with better color fidelity.

SPORT mode VR is optimized for tracking erratic or fast-moving subjects, offering a more stable viewfinder image and faster stabilization response suitable for continuous action.

No, this lens is specifically designed for Nikon SLR cameras and will not mount or function correctly on cameras from other brands.

The closest focusing distance for this lens is 3.6 meters (approximately 11.8 feet).

The lens comes with a removable tripod collar designed to balance the lens when mounted on a tripod or monopod. It is essential for stable support.

The filter size is 40.5 mm. This is a relatively specialized size, so ensure you purchase compatible filters.

While Nikon does not explicitly state full weather sealing for this model, the fluorine coating on the front element provides enhanced durability and resistance to dust and water, aiding in challenging conditions.

Ensure the lens is fully compatible with your camera body. Clean the electrical contacts on both the lens and the camera mount. Try using the lens in manual focus mode to check its basic function. If using AF-C, ensure your camera's AF settings are optimized for tracking moving subjects.

Verify that the VR switch on the lens is set to 'ON'. Ensure your camera body is not set to a mode that disables lens features. Check if the VR system is active by looking for a slight stabilization effect when half-pressing the shutter button (on supported cameras).

Re-mount the lens, ensuring it clicks securely into place. Check for any debris around the lens mount or camera body mount that might be preventing a proper connection.

Confirm that the focus is accurate for your subject. Ensure the VR system is engaged if shooting hand-held. Check for smudges or dust on the front lens element. Make sure the aperture is not set too close to its minimum value, which can reduce sharpness.