Every cabinet is cut for the 6,000 mm shell — the latitude bands, the truncations at top and bottom and the cable exits are tooled for this one diameter
11,101,472 pixels run as a single 2:1 canvas, so a stock equirectangular video maps without re-cutting
Front-service modules on magnetic carriers: one dead module comes off with a suction tool, no need to open the shell or hire a lift
Load ring, three-point rigging and a stamped connection detail are included in the drawing package
Max draw is 90.5 kW at 800 W/m² — we size the distribution board and the cable runs from this figure, not from a rule of thumb
Six metres is usually a landmark for a plaza, a stadium concourse or a casino entrance. At this size we build in a permanent access catwalk inside the shell so modules can be swapped without scaffolding.
Pitch matrix
Every pitch available at 6,000 mm
Same shell, different module. The resolution and the price both move with the pitch — this table is the fastest way to see what you are choosing between.
Pixel pitch
Resolution (equator × meridian)
Total pixels
Brightness
Best view
Max power / m²
P1.5
12,566 × 6,283
78,952,178
≥ 600 nits
≥ 1.5 m
800 W/m²
P1.8
10,472 × 5,236
54,831,392
≥ 600 nits
≥ 1.8 m
800 W/m²
P2
9,425 × 4,713
44,420,025
≥ 600 nits
≥ 2 m
800 W/m²
P2.5
7,540 × 3,770
28,425,800
≥ 600 nits
≥ 2.5 m
800 W/m²
P3
6,283 × 3,142
19,741,186
≥ 600 nits
≥ 3 m
800 W/m²
P4
4,712 × 2,356
11,101,472
≥ 600 nits
≥ 4 m
800 W/m²
P5
3,770 × 1,885
7,106,450
≥ 600 nits
≥ 5 m
800 W/m²
Technical data
Specifications
Figures are for the stock configuration. Values change with size, pitch and environment — the quotation carries the final numbers.
Model
ISP-6000-P4
Shape
Full sphere, 360° × 180°
Diameter
6,000 mm
Pixel pitch
P4 mm (P1.5–P5 available)
LED module
Indoor shaped module
Resolution
4,712 × 2,356 px (2:1 equirectangular)
Total pixels
11,101,472
Module structure
Driver on board
Module size
Custom cut to latitude band
LED package
SMD2020
Brightness
≥ 600 nits
Brightness uniformity
>0.95
Refresh rate
3,840 Hz
Grey scale
14–16 bit per channel (R/G/B)
Colour depth
439.8 billion colours
Frame rate
≥ 60 fps
Dimming
256 levels, manual / auto
Viewing angle
140±10° H / 140±10° V
Best viewing distance
≥ 4 m
Max power
90.5 kW (800 W/m²)
Average power
30.2 kW
Surface area
113.10 m²
Weight, estimated
1.5 t including shell
IP rating
IP43
Operating temperature
-20 to 40 °C
Operating humidity
10–65 % RH
Lifespan
≥ 100,000 h
Dead pixel rate
<0.0001
Control
Novastar / Colorlight, DVI or HDMI in
Warranty
3 years, modules and drivers
Application
Where this one works
Same build, different mounting and content depending on the venue. Tell us the site and we adjust the structure and the pixel map.
Airport and transport hub
Casino and entertainment venue
Corporate HQ atrium
Stadium concourse
FAQ
Practical questions
What resolution does a 6 m sphere give at P4?
4,712 × 2,356 px, about 11,101,472 pixels in total. The horizontal count is the circumference (18.85 m) divided by 4 mm; the vertical count is half that, because a sphere maps as a 2:1 equirectangular image.
How much does a 6 m LED sphere weigh?
Around 1.5 t for the screen and shell together, assuming 13 kg per m² of surface. That is an estimate for early structural conversations — the final figure comes from the shell design and we issue it with the drawing set.
Can it be built in a different diameter?
Yes. Anything from 0.8 m to 20 m is quoted from a drawing; the sizes on this page are the ones with existing tooling, which is why they are cheaper and faster. An odd diameter means a new mould set, and that shows up as a separate line in the quotation.
