It is a fair question, and we would rather answer it honestly than pretend it never comes up. Hexagon lighting looks good. Does it actually work when you are on your back under a sill with a spanner?
Short answer: yes, if you size the grid correctly. Longer answer below, including the numbers.
How bright does a garage need to be?
Brightness at a surface is measured in lux. Lighting design guidance in the UK gives rough targets by task, and the ones worth knowing are these.
- General storage and parking: 100 to 150 lux
- General workshop activity: 300 lux
- Detailed mechanical work, inspection and paint correction: 500 lux and upward
Most British garages with a single fluorescent tube are sitting somewhere around 80 to 120 lux at floor level. That is why everyone ends up working with a head torch and a phone light.
Why lumen counts on a box can mislead you
A lumen figure tells you how much light a fitting emits in total. It tells you nothing about where that light ends up.
This is the whole argument for hexagon lighting. A 60W batten might claim 6000 lumens, but it concentrates them in a band underneath the tube. Stand two metres to the side and you are in the dim zone. A hexagon grid with a similar total output spreads it across a much wider area of ceiling, so the light arriving at the car, the bench and the floor is far more consistent.
The number that matters is not lumens emitted. It is lux delivered at working height, evenly, without you standing in your own shadow.
Where hexagon lighting genuinely wins
Shadow control. A large diffuse source wraps light around objects. Under a batten, leaning over an engine bay means blocking your own light. Under a grid, light arrives from multiple directions at once and the shadow largely fills in.
Vertical surfaces. Cars are mostly vertical. Doors, wings, bumpers. Light from a broad ceiling area hits those surfaces far better than light from a narrow strip directly overhead, which mostly illuminates the roof and bonnet.
Glare. Diffused panels are comfortable to work under for hours. Bare LED tubes and floodlights are not.
Where it can fall short, and how to fix it
Hexagon lighting disappoints in exactly three situations.
The grid is too small for the room. This is the big one. An 11 grid in a double garage will look lovely and light about half of it. Size to your floor area, not your budget.
The ceiling is too high. Light falls off with distance. In a unit with a 4m ceiling, a grid mounted flush will feel weak at floor level. Drop it with a suspension kit so it sits closer to the work.
Everything in the room is dark. Bare grey blockwork, a black floor and dark cabinets will absorb a huge amount of the light you just paid for. Painting the walls white or light grey can add the equivalent of another kit's worth of perceived brightness for the price of a few tins.
Task light still has a place
Even in a beautifully lit garage, there are jobs that need light pointed directly at them. Inside a wheel arch. Under a dash. Behind an engine.
That is not a failure of your ceiling lighting. No overhead system on earth solves it. Keep an inspection lamp for those jobs, and consider wall mounted light bars if you work down the side of vehicles regularly. Wall lighting is the single most underrated addition to a working garage and it transforms how the lower half of a car looks.
A realistic expectation
Here is what our customers usually report after fitting a correctly sized grid. They stop needing a torch for general work. They can see colour and finish accurately. They can film in the space without extra lighting. And they end up in the garage more often, which is the part nobody predicts.
What they do not report is floodlight levels of intensity. Hexagon lighting is about quality and evenness of light, not brute force. If what you want is a stadium, buy floodlights and wear sunglasses.
Size your kit properly first time with our hexagon lighting range, and consider a light floor from the garage flooring collection to bounce light back up.