Tails fed by MiniLED550 light source with interchangeable colour wheel and twinkle wheel. You can upgrade the light source via the drop down box.
160 points of light, mixed fibre diameters for 3D "near and far" effect, (120 x 0.75 and 40 x 1.00mm). Four different fibre optic tail lengths: 1.5 metres, 2.0 metres, 2.5 metres and 3 metres.
Tails fed by MiniLED550 light source with interchangeable colour wheel and twinkle wheel. You can upgrade the light source via the drop down box.
200 points of light, mixed diameters for 3D "near and far" effect (150 x 0.75mm and 50 x 1.0mm diameter) Five different fibre optic tail lengths: 1.5 metres, 2.0 metres, 2.5 metres, 3.0 metres, 4.0 metres.
Tails fed by MiniLED550 light source with interchangeable colour wheel and twinkle wheel and a wireless remote control. You can upgrade the light source via the drop down box.
240 points of light, mixed diameters for a 3D "near and far" effect (180 x 0.75mm and 60 x 1.0mm diameter). Six different fibre optic tail lengths: 1.5, 2, 2.5, 3, 4 and 4.5 metres.
Tails fed by MiniLED550 light source with interchangeable colour wheel and twinkle wheel and a wireless remote control and dimming.
Upgrade the light source to a MiniLED750 MiniLED750 light source upgrade: £160.00
MiniLED750 light source. Compact yet powerful DMX-capable light source which can be integrated with a home automation system such as Rako, Lutron or Control4. It also has a series of pre-programmed colour/twinkle effects which can be selected using the supplied remote control.
This light source contains both colour and twinkle wheels making the selection of colour only, colour change, colour change with twinkle or static colour with twinkle easy. This light source also dims.
Hard wire transformer kit
If the supplied 3 pin transformer plug is not a practical solution to powering your light source, then this 60 watt LED transformer can be hard-wired straight into the lighting circuit. Always consult a qualified person. (Light source not included).
Additional items that could assist you during installation:
Download our star kits manual here.
If there is anything you don’t understand on this page, or, if you would just like to discuss your fibre optic project then do call Peter John or David on 01289 332900 for an informal chat. If you would prefer, Email: email@example.com.
Service is a key part of what we offer - we don't simply list a range of star kits and leave you to make a choice. More than half of what leaves our workshops has been customised to some extent or other - we'll never try to persuade you to use an off-the-shelf kit if we feel that a bespoke star ceiling kit will give you a nicer result and better value for money.
Take a look at the Customer Projects pages on this website. We now have around 100 such projects featured and each of these represents a customer who was so happy with our products and service that he or she took the trouble to come back to us with photos and feedback.
As for price, it is possible to find star kits advertised online at lower cost but as a general rule if something looks too good to be true it probably is. Not all optical fibre is equal - some grades are very poor, with inferior optical properties and very prone to snapping. Here at Starscape we're constantly interacting with fibre manufacturers to source the best grades which are available.
Over the years, fibre quality has gradually increased and the best grades can be anything up to four or five times better than the really cheap stuff. So, don't be tempted to buy a star ceiling kit which looks really cheap since it may be a very false economy.
Equally, we're constantly monitoring light source technology to ensure that we can offer customers reliable units with good features, an 18-month warranty and good after sales support beyond the warranty period.
You'll find that some of the online sellers of really cheap star kits can actually be quite hard to track down, without published telephone numbers or physical addresses. By contrast, we're on Google Maps for everyone to see. So, if you want us, you know where we are! And, you know who we are - Starscape is a British limited company and the directors' names are on the contact page of this website.
So, this is why you should buy from us - the other tabs on this page have details about the actual components and process of creating a star ceiling.
A fibre optic star kit has just two main components. A light source, and a harness of optical fibres, usually at various lengths and diameters.
A fibre optic light source (sometimes called a light engine or projector) is essentially a box with a lamp of some sort in it - these days most commonly an LED (light emitting diode) or cluster of LEDs. The move in the past few years towards using LEDs in place of halogen bulbs or metal halide bulbs means that light sources use less power, generate less heat and require less maintenance. There's no bulb to ever change and LEDs should last in excess of 40,000 hours - long enough to see a new baby through to university.
Inside most light sources there's a motor or motors which turn effects wheels to modify the light before it enters the optical fibres. A twinkle wheel has a number of holes in the Aluminium disk that alternately interrupt and then allow the light to pass to the fibres.
This produces a twinkle at the far end of the fibre. A colour wheel is a disk of different coloured dichroic glass filter elements arranged as "pie segments" and as this rotates in the beam of light the colour in the fibres changes. Some light sources these days use different coloured LEDs to mix colours and so don't require a colour wheel. Our MaxiLEDRGBW light source features this technology and so can show a far greater range of different colours. A colour wheel always has a clear section to allow it to show plain white light. Where a light source has both a colour wheel and a twinkle wheel it can show both twinkle and colour effects simultaneously, whereas in more simple models you fit the wheel of your choice to produce either twinkle or colour.
Light source control options can range from simple on/off and dimming by remote control to much more sophisticated mechanisms to allow integration with home automation systems such as Rako, Lutron and Control4.
If you look at the different models on our light sources page you'll see that they come in all shapes and sizes. The one thing they all have in common is an opening or "optical port" at the front. This is where the optical fibres plug in so as to be illuminated by the LED. The fibres are combined in a "harness" in which all fibres come together in a "common end" which plugs into the optical port. The common end consists of an aluminium ferrule and a cable gland that between them secure the bundled fibres and align their ends neatly. When the common end is slid into the light source, the collar of the optical port holds the ferrule at 90 degrees to the LED to allow the maximum light to enter the fibre.
A harness can theoretically have just a single fibre or more than 1000, depending on the application, the size of the light source and the diameter (thickness) of the fibres. Fibres of different diameters are typically mixed in a harness to create a 3-dimensional - or "near and far" - effect in a star ceiling and in most cases the fibres in a harness will be cut at a range of different lengths.
There's no electricity or heat in the fibres - they simply carry light in the same way that a hose carries water. Cut the end off a fibre and the light will shine brightly from the new end. If your light source stops working or if you want to upgrade to a better light source with more features you simply slide the common end out of the old light source and plug it into the optical port of the new light source.
We offer a range of ready-made harnesses for the DIY customer, but we also make up bespoke harnesses every day to suit the specific needs of customers where the off-the-shelf harnesses aren't the best fit.
If you are thinking about end fittings for your star ceiling follow this link. However we don't recommend using them for star ceilings.
This link opens a PDF file showing the component parts of a fibre optic kit.
Here are some tips and pointers for creating your star ceiling:
Look here for solid ceilings with no access above.
How many stars do I need?
Locate the light source in the loft space, in the centre of the display if you are using a standard kit.
Provide power - either a switched socket using the plug-in transformer which is supplied as standard with our compact light sources, or, if you would like to wire directly into the lighting circuit remember to order a ‘hard wire kit’ which is a transformer capable of being wired into a junction box.
Connect the fibre harness to the light source, remove the protective plastic sleeving in which the fibres are packed and and then do your initial distribution of the fibres, radiating outwards from the light source.
Using a 1.00mm bit, drill the holes from below creating a natural star pattern. A couple of nice star field layouts are included on this page. TIP – check that your drill chuck will grip a 1mm. You can drill from above or below. Drilling from the room below will generally allow you to keep better track of your star distribution.
Insert the fibres from above and secure with black Silicone. Tip – if you are using a different adhesive check on a small section of fibre first as most solvent-based adhesives will melt the fibre. Superglue doesn't work well with optical fibres and makes them prone to snapping. Silicone and most acrylics are safe.
You can push the fibre through as much as you like, as they will be trimmed back later with scissors or nail clippers.
When the adhesive has set trim back the fibres to about 5mm and then paint. When the paint has dried you have a couple of options.
For a really tight star point with no back reflection trim as close to the ceiling as possible. Nail clippers are good for this – use the side of the jaws.
If you are likely to paint the ceiling again in the near future trim the fibres back to around 3mm. They then can be overpainted and trimmed again.
Job done! Don’t forget to send us some photos.
If access above the proposed star ceiling is restricted or non-existent, then it is possible to fibre plasterboards (or indeed panels of other materials such as mdf or plywood) and then fix them to the ceiling.
The main benefit of this method is no dirty and uncomfortable loft space work. The fibres are all inserted at ground level making the trickiest part of a star ceiling project relatively simple.
People often ask us how to plaster the boards with the fibres in place. The short answer is don't try. Putting a plaster skim over the fibre is possible but this is a very tricky and time-consuming process. The protruding fibres make it hard for the plasterer to achieve a nice finish, and then the plaster has to be sanded away to expose the buried fibre ends.
We would therefore recommend using tapered edge boards and filling the joints. Putting only a few fibres in the joints, this will minimise ‘striping’ and also keep the person plastering and sanding the seams relatively calm. Practice with some board offcuts – it can be done.
Another thing to take into account when putting fibres into multiple boards or panels is that it's generally not possible to work with a completed fibre harness. With a standard fibre harness all of the fibres come together at the common end ferrule, which means that the minute you offer your first fibred panel up to the ceiling you run into handling issues. So, it's better to treat each panel as an individual piece in the initial stages of the installation with fibres which aren't connected to the other panels.
A couple of alternatives are: Use two layers of battens at right angles to each other, i.e. layer one at 1000mm centres as the carrier and layer 2 at 600mm centres for the boards. If room height is a consideration then use just one layer of battens, but leave spaces for the fibre runs.
Our special Infinity star ceiling mix which is often used in the mini-harnesses has 100 fibres. We will supply this with sufficient length to cover the whole board and leave approx. 400mm to plug into the light source tail. Drill the boards with a nice star pattern using clusters and remembering to leave some empty areas.
Strip back the fibre leaving a tail of about 400mm.
Fix the tail (at the fibre end not the connector) to the back of the board using strong tape or a sticky pad and cable tie. This makes the fibre easier to work with.
Insert the fibres and secure with silicone, acrylic adhesive or strong tape.
When the adhesive is dry cut back the fibre with scissors or nail clippers to about 20mm.
Place a feeder tail from the light source at the centre of each board position. We will have supplied you with a harness cut to the specific size of your installation. This home cinema installation by HiFI Cinema shows a similar arrangement, although in this case the tails are waiting for our Infinity panels rather than plasterboard.
Offer up the boards, using a plasterboard jack if you can, plug in the tails, then fix the board to the battens. Plaster the joints, standing well away from the plasterer until he has finished.
Paint the ceiling, painting straight over the exposed fibres. Repeat as required.
You now have some more options:
1) Cut the fibres back to around 3mm. This has an effect and an advantage. The effect is a slight glow on the ceiling above the fibre - a halo around each fibre; the advantage is future-proofing. You can repaint the ceiling at a later date, cutting back the fibres again by 1mm.
2) Cut the fibres flush for a true star ceiling display. Repainting over flush-cut fibres will involve more effort, but most emulsion paints shouldn't be too hard to brush off the end of the fibres with a piece of fine sandpaper.
Don't forget to send us some photos!
How many stars in the display.
The panels below show star densities from 10 to 100 per square metre.
It is entirely about personal taste and budget, but we would recommend up to 40 for a nice display and anything up to 100 or more for a really exceptional star field.
1) The size of the star display. Length and width - in metres ideally.
2) The position of the light source, relative to the display. In the middle is best, if you are installing from a loft above the room.
3) If the light source has to be offset to the side of the display we need to know the distance from the light source to the nearest and furthest star point.
4) If you are running fibre over or around obstacles like air conditioning ducting or an immersion heater/water tank, or have a vertical component in your calculation, do remember to add a bit to the length. Take into account the depth of joists and also the fact that fibres will generally make one or two doglegs in their route across the ceiling, rather than travel in a straight line.
The fibre is very easy to cut but extending short fibres will add expense and complexity to your installation. So, always err on the long side when calculating lengths and then round up to the nearest half metre. Bear in mind that fibres are supplied in multiples at each length - 40 at each length in our standard kits. So, the fibres at the shortest length have to be long enough to reach not just the closest star to the light source, but some distance beyond that.
If you can’t position the light source near to the star field because of access considerations, we can supply fibre in lengths of up to 18 metres. At this length you do lose some light output due to attenuation, but the fibre still outputs good white light, amply sufficient for a star ceiling. However, since every metre adds cost to your project do try to keep the light source as close as is practicable and convenient.
5) Decide how many stars you want. Our standard compact LED light sources will take around 340 fibres in the fibre mix which we normally use, but there's always the option of using bigger light sources or multiples of the compact light sources. However, for a typical bedroom/bathroom installation you won't need more than 340 stars, and you can achieve good results with far fewer. However, having lots of fibres to work with allows you to create nice clusters of stars.