Selfie Stick NATEC Alvito NST-1653 Black

The NATEC Alvito NST-1653 is a compact selfie stick and tripod hybrid designed for smartphones. It extends up to 70 cm for wide-angle shots, folds down to 19 cm for easy storage and weighs 130 g, making it convenient for travel. The device is supplied with a Bluetooth 4.0 remote control that includes a photo button and works up to 10 m. Alvito is compatible with Android and iOS phones and comes in black.

Advantages

Alvito combines a selfie stick and a tripod in a single, solidly built accessory. The three-part handle unfolds to form a stable tripod base and the rotating phone holder plus adjustable angle let you switch between landscape and portrait orientations and precisely frame shots. The Bluetooth 4.0 remote enables wireless shutter release from a distance, and the textured handle improves grip during use.

Suitable for

• Travel photography and vlogging
• Group photos and timed shots without a photographer
• Content creation for social media
• Everyday smartphone photography where portability is important

Key specifications

• Model: NATEC Alvito NST-1653
• Compatibility: Android and iOS smartphones
• Maximum length (extended): 70 cm
• Folded length: 19 cm
• Weight: 0.13 kg (130 g)
• Connectivity: Bluetooth 4.0, remote range up to 10 m
• Colour: Black

How to use

Unfold the handle to use Alvito as a selfie stick or open the three handle segments and place them on a flat surface to form the tripod base. Mount your smartphone in the adjustable phone holder, set the desired angle and rotate the holder for portrait or landscape orientation. Pair the Bluetooth remote with your phone, position the stick or tripod, and press the photo button on the remote to take pictures from up to 10 m away.

Recommendations

For stable tripod use, place Alvito on a firm, level surface and ensure the phone is securely seated in the holder. Keep the Bluetooth remote charged and within range. Avoid exposure to heavy rain and extreme temperatures to preserve the product’s materials and mechanism.