LEGO Hubble Space Telescope 11382 Review UK 2026
The LEGO® Icons Hubble Space Telescope 11382 looks spectacular when its aperture door opens and the black optical tunnel becomes visible, but those details can disappear in a normally lit room. Add one harsh blue LED and the opposite problem appears: the light-grey body looks cold, the solar foils reflect unevenly and the instrument bay loses its realism.
This guide explains the build, the £119.99 value, the bending solar-array issue and the differences from the smaller telescope in Space Shuttle Discovery 10283. It also shows how to illuminate the optics and astronomical-image panels with discreet wiring while keeping the aperture, removable panels and adjustable arrays usable.
Quick Verdict
LEGO® Icons Hubble Space Telescope 11382 is an impressive, educational display model with an unusually large minifigure-scale presence. Its rounded construction, authentic instrument bay, opening aperture door, adjustable arrays and three printed deep-space images create a more detailed representation of Hubble than the smaller version bundled with Space Shuttle Discovery 10283.
It's not an automatic purchase for every space collector — the solar foils can bow, parts of the exterior use light grey rather than metallic silver, the display base gives the astronaut no dedicated standing position, and the model occupies a full 38 × 38cm display area when presented in its widest configuration.
At £119.99, it's worth buying if Hubble itself is the subject you want. If you mainly want the broadest LEGO® space experience for your money, the comparison with the retired shuttle set is less favourable.
LEGO® Hubble Space Telescope 11382 Specifications
| Specification | Detail |
|---|---|
| Official name | LEGO® Icons Hubble Space Telescope |
| Set number | 11382 |
| UK recommended retail price | £119.99 |
| Pieces | 1,252 |
| Age recommendation | 18+ |
| Release date | 1 August 2026 |
| Display size | Over 32cm high, 38cm long, 38cm wide (aperture door open) |
| Included minifigure | One astronaut for approximate scale |
| Main functions | Posable solar arrays and antennas, opening aperture door, removable exterior panels |
| Interior | Instrument bay with gyroscopes and primary/secondary mirrors |
From the Build to an Illuminated Display
Minifigure scale determined the size of set 11382 — a decision that becomes obvious once the aft shroud is assembled, since the cylindrical section is too large to wrap one hand around comfortably.
The build isn't simply a hollow light-grey tube. Rounded brick-built shaping creates the exterior, while the apparently irregular internal construction represents genuine equipment and optical instruments. A removable side panel reveals the instrument bay, and the aperture door opens to expose the black light tunnel and secondary-mirror assembly.
The display stand adds a specification plaque and three printed panels showing the Eagle Nebula, Whirlpool Galaxy and Butterfly Nebula. The astronaut can hold the telescope's handrails with a servicing tool, helping communicate the enormous real-world scale.
These features make Hubble a natural lighting subject — a restrained cool-white point can reveal the black optical tunnel, soft neutral light can model the curved body, and a low accent can make the astronomical images and astronaut readable after dark.
What Is the Build Experience Like?
The build is enjoyable, varied and more educational than the finished silhouette initially suggests, with introductory pages and short facts throughout the instructions explaining Hubble's equipment and servicing history as the model develops.
Constructing a convincing cylinder from angular elements is the most satisfying part — layered curved sections build up the aft shroud, while smaller instruments, handrails and communication antennas prevent the process from becoming one long sequence of repeated panels. The internal equipment is particularly effective, with details based on Hubble's gyroscopes and optical systems rather than colourful filler hidden purely for construction.
There are a few stickers on the rear and instrument areas, but the three deep-space pictures on the stand are printed — the right priority, since those panels remain permanently visible and provide much of the display's colour.
What Does the Astronaut Minifigure Add?
The astronaut is included primarily to demonstrate scale, but it also gives the model a human story. Detailed printing, a drill-like servicing tool and a printed life-support pack element connect the figure to Hubble's servicing missions.
The telescope includes handrails that the astronaut can grip. There's no dedicated resting position for the figure on the base, so attaching it to a rail creates the most meaningful pose. For lighting, use only a subtle accent on the astronaut — an intensely lit figure would pull attention away from the optics.
Do the solar arrays stay flat? Not always. The large arrays use printed plastic foils that look striking but can bow because their fit isn't perfectly flat. Loosening the rear connection slightly can improve alignment, though a small curve may remain — don't force the foil flat or trap it against the side of a display case. Position both arrays gently, compare their angles from the front, and leave enough clearance for adjustment. This is also why lighting cables should never run through an array hinge or behind the foil itself — a nearly invisible wire can still alter the tension and make the bow more obvious.
Main Advantages and Disadvantages
| Advantages | Disadvantages |
|---|---|
| Impressive minifigure-scale presence | Solar-array foils may bow instead of sitting perfectly flat |
| Interesting rounded building techniques | Predominantly light-grey exterior feels less premium than metallic silver |
| Detailed instrument bay based on real equipment | Exposed opening behind the printed-image area could have been covered |
| Opening aperture door and removable exterior panels | No dedicated astronaut position on the base |
| Posable solar arrays and antennas | Several smaller details use stickers |
| Three attractive printed astronomical images | Large 38cm × 38cm display footprint |
| Educational facts throughout the build | Value comparison with retired set 10283 is difficult to ignore |
Is LEGO® 11382 Worth £119.99?
Yes for astronomy enthusiasts and collectors who specifically want a substantial Hubble model. At £119.99 for 1,252 pieces, the set costs approximately 9.6p per piece — reasonable for an adult display build with specialised foils, printed panels, an astronaut and several working display features.
The value improves considerably at the approximately £104.99 price seen at Smyths Toys when this guide was checked, dropping the cost to about 8.4p per piece.
The main hesitation isn't the piece count — it's whether minifigure scale matters to you. The older Space Shuttle Discovery 10283 included both a highly regarded shuttle and a smaller metallic-looking Hubble model. Set 11382 provides a much deeper telescope build, but focuses the entire budget and display space on a more specialised subject.
11382 vs 10283 Hubble Space Telescope
| Comparison | Hubble Space Telescope 11382 | Hubble included with Discovery 10283 |
|---|---|---|
| Primary subject | Standalone Hubble display | Companion model for the Space Shuttle Discovery |
| Scale | Approximate minifigure scale | Smaller display scale |
| Exterior impression | Mainly light grey | Greater use of metallic-silver-looking elements |
| Internal detail | Removable panel and extensive instrument bay | More limited at the smaller scale |
| Astronaut | One astronaut included | No equivalent scale-defining astronaut |
| Display requirement | Up to 38cm long and 38cm wide | More compact telescope, though the shuttle needs substantial space |
| Best buyer | Dedicated Hubble or astronomy collector | Collector wanting the complete shuttle-and-telescope story |
Set 11382 is the better Hubble model. Set 10283 remains the broader LEGO® space display — the right choice depends on whether you value telescope accuracy or the combined shuttle mission.
Which Display Case Should You Choose?
A suitable case must account for more than the central telescope body. The aperture door opens, the solar arrays rotate, the antennas project outwards, and the official maximum footprint reaches approximately 38 × 38cm.
The display case compatible with LEGO® Hubble Space Telescope Set 11382 is BrickZoneHub's matching product — a clear enclosed acrylic case at £189.90 for a clean, museum-style presentation with visibility from several angles.
Before ordering, confirm the case's current internal usable dimensions and decide whether you want the arrays horizontal, angled or raised — internal clearance is more important than the external case measurement. The product contains the display case only; the LEGO® set, pieces and lighting components are not included.
The Definitive Lighting Guide
The best lighting design uses three controlled zones rather than a bright blue glow across the entire model: a low-output cool-white LED inside the optical tunnel, soft neutral-white light over the rounded exterior, and a gentle accent above the three astronomical-image panels. This creates scientific realism while preserving the dark interior of the optics and reducing reflections from the solar foils and clear acrylic panels.
Lighting Plan by Zone
| Zone | Colour | Brightness | Position |
|---|---|---|---|
| Optical tunnel | Cool white, 4500-5000K | Very low | Hidden behind the aperture rim |
| Curved telescope body | Neutral white, ~4000K | Low to medium | Diffused from above and one side |
| Instrument bay | Neutral white, ~4000K | Low | Inside the removable-panel area |
| Astronomical images | Neutral white, 3500-4000K | Low | Concealed above the stand panels |
| Astronaut | Neutral white | Very low | Side accent from the base or case |
| Background (optional) | Deep blue ambient | Very low | Behind the case, not directly on the model |
The model's best lighting feature isn't the exterior shell — it's the contrast between the black optical tunnel and the secondary mirror. A single restrained internal light reveals this engineering more effectively than covering the telescope with numerous bright LEDs. Leave a small cable service loop behind the removable instrument panel so it can still open for inspection without pulling the connector.
Choosing a Lighting Method
| Method | Difficulty | Best use |
|---|---|---|
| Case-mounted diffused lighting | Easy | Best all-round display method while no exact 11382 kit is listed |
| Set-specific internal light kit | Medium | Best for illuminating the optics and instrument bay, if available |
| DIY micro-LED installation | Advanced | Best only for collectors comfortable with low-voltage electronics |
At the time of publication, no dedicated 11382 lighting product was verified. Browse the BrickZoneHub LEGO® Icons light-kit collection and purchase only when set number 11382 appears explicitly in the product title and compatibility information. Don't assume a kit for Artemis, Discovery or another cylindrical spacecraft will fit Hubble — cable lengths, connector positions and moving-part clearances differ.
Zero-Visible-Wire Installation
A zero-wire result means hiding every cable from the normal front and three-quarter viewing angles — not crushing a wire between tightly connected elements.
- Select the final display position — place the telescope on its stand and choose the final aperture, array and antenna positions, since changing them later may reveal a cable or reduce case clearance.
- Test every lighting component before opening the model, using only the input voltage specified by the lighting supplier.
- Begin with the optical tunnel, positioning the smallest cool-white LED behind the aperture rim or beside the secondary-mirror assembly so it's not visible from the front. Open and close the aperture door several times to confirm the cable stays outside its hinge path.
- Preserve the removable instrument panel by guiding the instrument-bay wire towards the rear of the cylindrical body, leaving a short service loop so the panel can still be removed.
- Avoid the solar arrays — keep all wires away from the rear array connections, adjustment points and printed foils. Never tape LEDs directly to the foil or use a cable to hold a bowed panel flat.
- Create one rear cable route, combining the optical and instrument-bay wires inside the aft section, then carrying one cable towards the rear support and black display base.
- Conceal the controller behind the stand or outside the rear of the acrylic case, keeping it accessible so individual lighting zones can be tested without lifting the telescope.
- Complete an acrylic reflection test — install the clear panels temporarily, darken the room, and reposition any light that reflects as a bright dot in the front or side acrylic.
Wire-Routing Reference
| Route stage | Location | Clearance check |
|---|---|---|
| Optical LED | Behind the aperture rim | Door opens freely; LED point stays hidden |
| Instrument-bay cable | Along the internal rear edge | Removable panel retains a small service loop |
| Main body route | Through the aft internal structure | No wire crosses an exposed light-grey panel |
| Base exit | Behind the rear stand support | Astronaut and information plaque remain unobstructed |
| Controller | Behind the case or stand | Accessible without lifting the telescope |
Tool Tip
Use low-tack decorator's tape from B&Q or Screwfix to hold a thin cable temporarily while checking its route, removing it once the model or a suitable cable clip secures the wire. For a case-mounted route, place small removable cable clips on the furniture or wall behind the case rather than permanently bonding them to a visible acrylic panel — avoid metal tools, permanent glue and solvent-based adhesive near the bricks or acrylic.
Can It Work With Alexa or Google Home?
Yes, if the selected controller returns to its previous setting when power is restored. For a system specified for 5V USB input, connect the cable to a correctly rated UK-compliant adaptor, plug that into a Type G smart plug, add it through the manufacturer's app, and create a routine called "Hubble display." A sunset schedule works particularly well for a space display — add an automatic switch-off time so the lights aren't left running unattended overnight.
UK mains electricity is approximately 230V. Never connect a bare LED cable, expansion board or low-voltage connector directly to a mains socket.
Cool White or Warm White?
Cool white feels like the obvious choice for a spacecraft, but using it everywhere can make Hubble's light-grey body appear harsh and clinical, and increases reflections on the plastic solar foils and clear display panels. Warm white softens the model but can turn light grey slightly beige and make the scientific subject feel less authentic.
The best compromise is neutral white at about 4000K for the main body and printed panels, with a restrained 4500-5000K accent inside the optical tunnel. Add deep blue only behind the case as ambient light, not across the complete telescope.
UK Buying Hub
Prices checked on 14 September 2026 and may change.
| UK retailer | Approx. price | Buying note |
|---|---|---|
| LEGO.com UK | £119.99 | Official RRP, eligible for LEGO® Insiders points |
| Smyths Toys | ~£104.99 | Reduced price seen when checked; confirm delivery or local collection stock |
| Argos | £120.00 | Enter a postcode to verify delivery and branch availability |
| Amazon.co.uk | Varies | Confirm set number 11382, seller, box condition and returns policy |
| BrickZoneHub display case | £189.90 | Check current availability and confirmed internal dimensions before ordering |
The BrickZoneHub acrylic display case for set 11382 is an independent accessory and does not include the LEGO® Hubble Space Telescope or any LEGO® pieces.
Photographing an Illuminated Hubble Display
Begin with a dark navy or charcoal background — pure black can hide the antenna and aperture edges, while white creates unwanted acrylic reflections. Switch off the phone flash and tap the optical tunnel to set focus, reducing exposure by approximately 0.3 to 0.7 EV until the mirror remains visible without becoming a white spot.
Use a low three-quarter angle to show the aperture, rounded body, astronaut and one solar array in the same frame. For the printed nebula panels, lower the camera to plaque height and reduce the internal lighting so the colours remain saturated. Share your setup with UK AFOL and LEGO® photography communities using tags such as #AFOLUK, #LEGOSpace and #LEGOPhotography.
Frequently Asked Questions
How many pieces are in LEGO® Hubble Space Telescope 11382?
The official set contains 1,252 pieces. Some early commentary rounds this figure to approximately 1,250.
How big is LEGO® 11382?
With the aperture door open, the model measures over 32cm high, 38cm long and 38cm wide. The exact footprint changes when the solar arrays and antennas are repositioned.
Is LEGO® 11382 worth £119.99?
Yes for dedicated Hubble and astronomy collectors. The minifigure scale, detailed instrument bay, movable functions and astronaut provide a substantial experience.
Can the Hubble solar arrays be adjusted?
Yes. Both arrays can be repositioned, although the plastic foils may retain a slight bow — don't force them flat or trap them against a display-case wall.
What is the best LEGO® Hubble Space Telescope 11382 display case?
Choose a clear enclosed case that explicitly names set 11382 and provides enough internal clearance for the chosen solar-array and aperture positions. Check internal rather than external dimensions before ordering.
Does the BrickZoneHub display case include LEGO® set 11382?
No. The product contains the display case only. The LEGO® model, pieces and lighting components are not included.
Can the aperture and instrument panel still open after lighting?
Yes, if the cable stays outside the aperture hinge and a small service loop is left beside the removable panel. Test both features before closing the final body sections.
Final Verdict
LEGO® Icons Hubble Space Telescope 11382 is a rewarding and informative build that turns a famous scientific instrument into an imposing minifigure-scale display. Its rounded body, authentic interior, opening optics, astronaut and printed images provide far more telescope detail than the smaller model from set 10283.
The bowed solar foils, light-grey finish and sizeable footprint are genuine compromises. Even so, £119.99 is fair for collectors who want Hubble itself, and the discounted UK price seen around £104.99 makes the recommendation stronger.
For lighting, use soft 4000K neutral white across the body, one dimmer cool-white accent inside the optical tunnel and a single concealed cable route through the aft section to the rear of the base. For presentation, consider the display case compatible with LEGO® Hubble Space Telescope 11382 after confirming its current internal dimensions.
LEGO® is a trademark of the LEGO Group, which does not sponsor, authorise or endorse this independent content. NASA and Hubble-related names and marks belong to their respective owners. BrickZoneHub display cases and lighting accessories are independent third-party products. Unless a product page expressly states otherwise, accessories do not include LEGO® sets or pieces.