2.5mm-N3 Remote Control Shutter Release Cable for DSLR Cameras D3100 D7000

Product Features:

– Allows you to remotely control the shutter of your DSLR camera, reducing camera shake and improving image quality.
– Compatible with Nikon DSLR cameras equipped with a 2.5mm remote jack, such as the D3100 and D7000.
– Features a durable, coiled cable that extends to approximately 3 feet, providing ample reach for convenient remote shooting.
– Supports multiple shutter release modes, including single shot, continuous shooting, and bulb mode, offering versatility in different shooting scenarios.
– Lightweight and easy to carry, making it perfect for on-the-go photography sessions and travel.

Benefits:

– Reduces camera shake for sharper images, especially in low light conditions or slow shutter speeds.
– Enables hands-free shooting, freeing you to focus on composition and capturing the perfect moment.
– Ideal for wildlife, macro, and landscape photography, where remote triggering is essential for minimizing disturbance and achieving precise shots.
– Compatible with a wide range of Nikon DSLR cameras, ensuring compatibility with your existing photography gear.
– Durable and reliable construction withstands frequent use in demanding environments.

Key Usage Points:

– Easy to install and use with plug-and-play functionality.
– Durable, coiled cable resists tangles and ensures long-lasting performance.
– Compatible with multiple shutter release modes for versatility in different shooting styles.
– Compatible with Nikon DSLR cameras featuring a 2.5mm remote jack, including the D3100 and D7000.

Additional Features:

– Compact size and lightweight design for convenient portability.
– Includes a cable clip for easy storage and organization.

Compare with Competitors:

– Longer cable length (3 feet) compared to most competitors, providing greater shooting flexibility.
– Compatible with a wider range of shutter release modes, allowing for more control over the shooting process.
– Durable construction ensures superior longevity and reliability over time, even in harsh conditions.