Hedgehog Camera Hot Shoe Cover No. 3 | Decorative Hot Shoe Protector | Photographer Gift

A decorative camera hot shoe protector featuring a spiky little hedgehog, sculpted as a small raised miniature. This is design No. 3 in the Rook & Hearth hot shoe protector range.

Pick & Mix bundles are available: any 2, 3 or 5 hot shoe covers, chosen by design number (No. 1 to No. 14). See the Hot Shoe Protectors collection.

It sits in the camera hot shoe when the shoe is not in use, helping to keep the exposed shoe covered from dust and everyday debris while adding a decorative, personal touch to your camera. Simply slide it out whenever you need the hot shoe for a flash, trigger, microphone or other accessory.

Please note: this is a light-duty dust cover. It is not waterproof, does not provide impact protection and cannot guarantee against damage to your camera or hot shoe.

Design No. 3 | Hedgehog | Approx. 18.5 x 15.6 x 11 mm overall (width x depth x height) | Slide-in foot 18.5 mm wide | Lightweight 3D printed construction | 3D printed by Rook & Hearth in eSUN PLA+ | Colours as pictured

Fit

The hot shoe insert has been tested on the Nikon camera shown in the photos and fits it correctly.

The slide-in foot is 18.5 mm wide, sized to fit a standard (ISO 518) camera hot shoe. Hot shoe tension and tolerances vary between camera makes and models, so the fit can be slightly firmer or looser on other cameras and cannot be guaranteed on every model. If you are unsure, please message us with your camera model before ordering.

The Nikon name is used only to describe the camera used for fit testing. This item is not made, endorsed or approved by any camera manufacturer.

This listing is for ONE hot shoe cover (design No. 3). Where a range photo is shown, it is there to show the other designs available; other designs shown are not included.

A small, thoughtful gift for photographers and camera lovers.

Slight layer lines and tiny surface variations are a normal part of 3D printing.

Material information

This item is 3D printed in PLA+, a bio-based plastic commonly made from renewable feedstocks such as corn starch or sugarcane, reducing reliance on fossil-based plastics. Each item is printed using quality-focused settings selected to suit the model, with fine or adaptive layer heights used where appropriate to achieve good surface detail and a clean finish. As an FDM 3D-printed product, minor layer lines may be visible and are a normal part of the manufacturing process.