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Wall
Wall lights project illumination backwards across the face of a wall, fence or pillar. They serve both indoor and exterior applications, providing functional circulation lighting and creating visual punctuation marks within architectural compositions. This collection includes down-facing fixtures for pathways and entries, up-facing fixtures for dramatic wall washing, and bi-directional configurations that illuminate surfaces in both directions. These fixtures are specified where surface-mounted lighting is the correct solution for wayfinding, feature highlighting or ambient illumination.
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Specifying Wall Lights
Wall lights are surface-mounted fixtures designed for longevity and visual impact in high-end residential and commercial projects.
Primary applications
Wall lights provide both functional and aesthetic value across diverse settings:
- Entrances and facades
Creating clearly-lit entry points and highlighting architectural features on building exteriors. - Side pathways and corridors
Illuminating circulation routes where downward reflected light from wall fixtures provides ground-level lighting without dedicated path fixtures. - Driveways and basement access
Lighting transitions and ramps where clear wayfinding is essential.
Interior spaces: Providing ambient or accent lighting in hallways, living areas and feature walls. - Outdoor entertaining areas
Contributing to the evening ambience of terraces, courtyards and alfresco spaces.
Light Distribution Options
Wall lights are available in three primary configurations based on how they direct light:
- Down-Facing
Fixtures that project light downwards across the wall surface and onto the ground below. They are the most common specification for functional pathway lighting and entries, as the downward reflected light also illuminates circulation areas at ground level. - Up-Facing
Fixtures that project light upwards across the wall. This creates dramatic wall washing effects and can highlight textured surfaces or architectural details. Upward light is specified where the aesthetic impact is the primary consideration. - Bi-Directional (Up & Down)
Fixtures that project light in both directions. They create symmetrical light patterns on walls and provide balanced illumination for entries, feature walls or where both upward and downward light distribution is desired. These fixtures make a bold visual statement both day and night.
Design considerations
Wall lights are always surface-mounted and create a visual statement. Both the fixture itself and the pattern of light it creates on the wall become part of the architectural composition. Designers invest considerable time in selecting the right fixtures and positioning them to enhance rather than compete with the architecture.
The fixture form, finish and scale should be considered in relation to the wall material, building style and surrounding context. A fixture appropriate for a contemporary bluestone wall may be entirely wrong for a weatherboard cottage.
Mounting height and glare control
Wall lights should ideally be mounted no lower than head height (approximately 2000mm) to avoid direct view of the lamp at eye level. For pathways and circulation areas, this height ensures the fixture provides illumination without becoming a source of glare.
Glare control accessories are available for many fixtures. Snoots (cylindrical shields), hex cell baffles (honeycomb grilles) and glare guards can be specified to minimise light spill into unwanted areas or to control the beam pattern. These accessories are particularly important in residential settings where neighbour comfort and Dark Sky principles are considerations.
Materials and finishes
Wall lights must be built for durability, particularly in exterior applications exposed to weather and UV radiation. Our fixtures are typically constructed from machined metals:
- Powder-Coated Aluminium
High-grade die-cast aluminium with durable powder-coat finishes in various colours for modern aesthetics and long-term fade resistance. - Solid Brass and Copper
Premium choices offering superior corrosion resistance. Natural brass and copper finishes will continue to mellow and darken with age naturally over time, developing a rich patina that is a desirable characteristic rather than a defect. - Stainless Steel
Specified for high-durability applications or where a polished metal aesthetic is required.
For coastal environments exposed to salt spray, specify fixtures in solid brass, solid copper or aluminium with specialised marine-grade powder coating. Standard finishes will corrode prematurely in these conditions.
Technical and System Requirements
- Voltage
Exterior wall lights are generally low-voltage (12V or 24V) and require a separate weatherproof transformer (driver). Interior wall lights are typically 240V (mains voltage) for simpler installation and connection to existing building electrical systems. - Installation planning
As wall lights are surface-mounted, provision for wiring at the light location and wall switching must be planned in the electrical design documentation. Conduit routes, mounting boxes and switch locations should be coordinated before wall finishes are applied. All 240V wall lights must be installed by a licensed electrician. - IP ratings
Exterior wall lights require appropriate IP ratings (typically IP65 or higher) for protection against dust and water ingress. Interior fixtures require lower ratings unless specified for wet areas such as bathrooms. - Dimming and control
Most wall lights are compatible with standard dimming systems. Verify dimmer compatibility with the specific fixture and lamp type. Consider zoning and control systems for projects where different lighting scenes or time-based control is required.
Frequently Asked Questions
What is the difference between down-facing, up-facing and bi-directional wall lights?
Down-facing fixtures project light downwards across the wall and onto the ground, making them ideal for pathway and entry lighting. Up-facing fixtures project light upwards for dramatic wall washing and highlighting architectural details. Bi-directional fixtures illuminate both upwards and downwards, creating symmetrical patterns and providing balanced light distribution.
What mounting height should I use for wall lights?
Wall lights should ideally be mounted no lower than head height (approximately 2000mm) to avoid direct view of the lamp at eye level and prevent glare. This height is particularly important for pathway and circulation lighting where occupants will be moving past the fixture at close range.
Do I need a transformer for exterior wall lights?
Most exterior wall lights are low-voltage (12V or 24V) and require a separate weatherproof transformer (driver). The transformer is typically located in a protected area such as a garage, subfloor space or weatherproof enclosure. Interior wall lights are usually 240V (mains voltage) and connect directly to the building’s electrical system without requiring a separate transformer.
What are snoots, baffles and glare guards?
These are accessories that control light distribution and reduce glare. Snoots are cylindrical shields that extend forward from the fixture to narrow the beam and block side light. Hex cell baffles are honeycomb grilles that absorb stray light. Glare guards are louvres or shields that prevent direct view of the lamp. These accessories are specified where precise beam control is required or where light spill into neighbouring properties needs to be minimised.
Can wall lights provide enough light for a pathway?
Yes. Down-facing wall lights are commonly used for pathway lighting, particularly along side passages, driveways and building perimeters. The downward reflected light from the wall onto the ground provides effective circulation lighting. The advantage over dedicated path lights is that wall lights can illuminate both the vertical surface (for wayfinding and orientation) and the ground surface simultaneously.
How do I choose the right finish for coastal environments?
For coastal installations exposed to salt spray, specify fixtures in solid brass, solid copper or aluminium with specialised marine-grade powder coating. Standard powder-coated finishes will corrode within a few years in these conditions. Brass and copper will develop a natural patina over time, which is a desirable characteristic that adds to the fixture’s character.
Will brass and copper finishes change colour over time?
Yes. Natural brass and copper finishes will continue to mellow and darken with age, developing a patina. This ongoing transformation is an inherent characteristic of the material and is considered desirable rather than a defect. The patina develops gradually through exposure to weather and air, and the rate of change varies depending on the environment. Coastal and humid environments accelerate patina development.
What wiring preparation is needed for wall lights?
Because wall lights are surface-mounted, electrical preparation must be completed before wall finishes are applied. This includes installing conduit to the fixture location, providing a suitable mounting box or backing, and coordinating cable routes with the building design. Wall switching should also be planned and roughed in during construction. For 240V installations, all work must be completed by a licensed electrician.
Are these fixtures dimmable?
Most wall lights are compatible with standard dimming systems, but dimmer compatibility depends on the specific fixture and lamp type. Always verify compatibility before specifying or installing dimmers. LED fixtures typically require trailing-edge (electronic) dimmers rather than older leading-edge types. Check the product data sheet for dimmer recommendations.
How do I prevent light spill into neighbouring properties?
Specify fixtures with appropriate beam control accessories such as snoots, baffles or glare guards. Down-facing fixtures naturally minimise upward light spill. Careful aiming and positioning is also essential. In sensitive locations, consider using fixtures with asymmetric optics that direct light precisely where it’s needed while minimising spill. This approach aligns with Dark Sky principles and demonstrates consideration for neighbour comfort.