Designing for the property
We start with how you actually use the outside: which paths get walked after dark, where people arrive, which trees or elevations are worth lighting and which would look better left alone. Good outdoor lighting is mostly restraint. Too many fixtures at too high an output turns a garden into a car park and produces glare that makes the dark areas harder to see into, not easier. We aim light where it does work, shield it from where it does not, and think about how it looks from inside the house as well as outside.
Security and practical lighting
Entrances, driveways, side returns and stairs are the places lighting earns its keep. Motion sensing is useful where it is set up properly and irritating where it is not, so placement and sensitivity matter more than the fixture. We also handle lighting for gates, garages and outbuildings, and the circuits for cameras where those are part of the plan. On hillside and canyon properties the runs are longer, which makes conductor sizing and voltage drop a real design question rather than a formality.
The wiring underneath
Outdoor wiring lives in wet, hot and occasionally dug-up conditions, and it fails when it is treated like indoor wiring that happens to be outside. We use fittings and enclosures rated for the location, GFCI protection where required, burial depths and conduit that suit the route, and low-voltage transformers sized with headroom for the run and for fixtures added later. Timers, photocells and control are worth deciding at the start, because retrofitting control to a system laid out without it is the expensive way round.
FROM OUR PROJECT PHOTOGRAPHS
Exterior wall lighting at dusk
This residential project photograph shows exterior wall sconces and illuminated windows on a two-story home. The dusk view records how the fixtures light the facade and entrance areas.
- Residential exterior
- Wall sconces
- Dusk project photograph
Common questions
Line voltage or low voltage?
Low-voltage and line-voltage lighting have different equipment and installation requirements. Fixtures, routes, intended use and existing supply determine the proposed arrangement. We review those factors and explain the work for paths, security lighting or architectural fixtures without assuming one system suits the entire property.
Why do my far fixtures look dimmer?
Voltage drop may be one cause of dim lights near the end of a run, but fixtures, connections and equipment condition also need assessment. Describe which lights are affected and when it happens. We investigate the installation before recommending cable, layout, transformer or fixture changes.
Can you add to a system I already have?
Usually. The first questions are what capacity the existing transformer has left and whether the existing cable can carry more. Sometimes there is plenty of headroom and adding is straightforward. Sometimes the existing system is at its limit and extending it would just make everything dimmer. We will tell you which.
Technical planning notes & references
BEFORE WE QUOTE THE WORK
Light the useful areas without lighting everything
Aim and exposure matter
Paths, steps, entrances and landscape features need different light patterns. Consider glare, neighbors and maintenance access alongside appearance. Fixtures, drivers and connections need ratings appropriate to their actual locations.
Plan power and controls
Low-voltage and line-voltage systems have different requirements. Routes, voltage drop, protection, timers and controls belong in the scope. Underground work should account for existing utilities and restoration before a route is agreed.