Lighting Tips & Ideas | Lighting.co.za

GU10 is a fitting type, not a brand, and it's the near-universal standard across residential spotlights. This guide covers what to actually buy: 2–10W LED replaces 25–50W halogen at the same brightness, narrow beams for artwork, medium for kitchens, wide for general ambience, and why the same wattage reads brighter with a narrower beam.

Most spotlight spacing advice gives one flat number and stops there. The real answer depends on ceiling height and beam angle, roughly 1m to 1.8m apart, tighter for low ceilings and narrow beams, wider for high ceilings and broad ones. This guide covers that spacing properly, kitchen-specific positioning to avoid shadowing your own worktop, recessed vs surface-mounted, and outdoor spotlights built to handle South African weather.

A spotlight takes a replaceable GU10 bulb and aims at a fixed point, that's the whole definition. This guide covers what actually separates it from a downlight (fixed vs adjustable), a floodlight (wide vs narrow beam), and track lighting (one mounting point vs a movable rail), plus honest guidance on which rooms suit spotlights and whether black or white is the right choice for your ceiling.

Most track spotlights take a standard GU10 bulb, so the brightness and colour you get depends almost entirely on what you fit, not the fixture itself. This guide covers colour temperature by use case (warmer for art, brighter for kitchens), when CRI actually matters, dimming, and genuine styling tricks like using angled light to make a small room feel bigger.

Start with what actually needs light, a kitchen island, an art wall, a reading chair, then position the track to serve it, not the other way around. This guide covers realistic head spacing, which rooms genuinely suit track lighting, mounting surfaces, when DIY is realistic versus when to call an electrician, and how to choose track colour by style.

One electrical connection, multiple independently aimable lights, that's the whole idea. This guide covers how track lighting actually works, the real difference between linear, magnetic, and recessed systems, why single-circuit and three-circuit components aren't interchangeable, and the genuine confusion between track lighting, recessed downlights, and spotlights, cleared up properly.