Dar Lighting Dar Vapour Single Light Outdoor Wall Fitting in Black Finish

The Dar Lighting Vapour single light outdoor wall light in black finish with clear glass panels. This modern take on the traditional coach lantern would nicely adorn any suitable home from a modern property to a period house. The clear glass allows good light output whilst the flush fitting frame ensures maximum style. IP44 rated.

Dar Lighting Dar Vapour 2 Light Outdoor Wall Fitting in Black Finish

The Dar Lighting Vapour 2 light outdoor wall fitting with a matt black finish and clear glass panels. This modern take on the traditional coach lantern would nicely adorn any suitable home from a modern property to a period home. The clear glass allows good light output whilst the stylish flush fitting frame ensures maximum style. IP44 rated.

Dar Lighting Dar Duval Single Light Outdoor Wall Fitting In Matt Black Finish With Copper Lampholder

The Dar Lighting Duval single light outdoor wall fitting features an angular arm, holding a lantern style frame, all in matt black finish with a copper finish lamp holder. This impressive outdoor wall fitting will add a vintage look with a modern touch to your outdoor living space and teamed with a filament style bulb, completes the look. IP43 rated makes this suitable for outdoor use. *** Please note the vintage style filament bulb, as shown in the image can be ordered separately on our website*** A wide range of outdoor wall fittings can be viewed on our website.

Dar Lighting Dar Norfolk Single Light Outdoor Black Wall Lantern

The Dar Lighting Norfolk single light black wall lantern features a decorative back plate with elaborate design arm all in black finish holding a lantern style cubic glass shade. This traditional style lantern will sit well in both modern or contemporary outdoor settings and will illuminate your garden,perfectly, at night. Double insulated and IP43 rated makes this suitable for outdoor use and comes with a 5 year guarantee (this guarantee will not apply to any products if installed in areas of salty of acidic atmospheric conditions).