Interactive Neon Starmap

Neon Starmap Tool

Explore the Solar System in a neon blue/red starmap. Hover planets for details, drag to pan, and zoom in/out.

Drag to pan • Scroll to zoom • Hover planets for info

Zoom

Sun
Terrestrial planet
Gas giant
Dwarf planet

How to use the starmap

This blue-idea.net starmap is a visual, interactive overview of the Solar System, designed with a neon blue/red aesthetic and smooth mouse-over effects.

Basic controls:

Hover: Move your mouse over a planet or the Sun to see its name and key facts.
Drag: Click and drag inside the map to pan around the orbits.
Scroll / Zoom slider: Use your mouse wheel or the zoom slider to zoom in and out.
Reset view: Click “Reset view” to return to the default centered layout.
Center Sun: Instantly re-center the map on the Sun.

The map includes the Sun, eight major planets, and Pluto as a dwarf planet. Orbits are stylized for clarity, not to scale, so you can enjoy a clean, readable layout with a cinematic neon glow.

All visuals, layout, and interactions are part of the blue-idea.net brand experience, with blue scrollbars, neon highlights, and subtle sound effects on clicks and hovers.

Body	Type	Atmosphere	Moons	Temperature	Orbit / Rotation	Composition	Notes
Sun	Star (G‑type)	Hydrogen, Helium	—	~5500°C surface	~230M yr galactic orbit	Plasma	99.86% of Solar System mass
Mercury	Terrestrial	Almost none	0	−180°C to 430°C	88‑day orbit / 59‑day rotation	Rocky, metallic core	Extreme temperature swings
Venus	Terrestrial	CO₂, N₂, sulfuric clouds	0	~470°C constant	225‑day orbit / retrograde rotation	Rocky, dense atmosphere	Hottest planet
Earth	Terrestrial	N₂, O₂	1	−50°C to 50°C	365‑day orbit / 24h rotation	Rock, water, iron core	Only known world with life
Mars	Terrestrial	CO₂, Ar, N₂	2	−125°C to 20°C	687‑day orbit / 24.6h rotation	Rock, iron oxide	Olympus Mons, past water
Jupiter	Gas Giant	H₂, He	95+	−145°C upper clouds	12‑yr orbit / 10h rotation	Gas, liquid metallic hydrogen	Great Red Spot storm
Saturn	Gas Giant	H₂, He	80+	−178°C	29‑yr orbit / 10.7h rotation	Gas, ice rings	Most complex ring system
Uranus	Ice Giant	H₂, He, CH₄	27	−195°C	84‑yr orbit / 17h rotation	Ice, rock	Rotates on its side (98° tilt)
Neptune	Ice Giant	H₂, He, CH₄	14	−200°C	165‑yr orbit / 16h rotation	Ice, rock	Fastest winds in Solar System
Pluto	Dwarf Planet	N₂, CH₄	5	−230°C	248‑yr orbit / 6.4‑day rotation	Ice, rock	Binary system with Charon

Body

Type

Atmosphere

Moons

Temperature

Orbit / Rotation

Composition

Notes

Sun

Star (G‑type)

Hydrogen, Helium

—

~5500°C surface

~230M yr galactic orbit

Plasma

99.86% of Solar System mass

Mercury

Terrestrial

Almost none

−180°C to 430°C

88‑day orbit / 59‑day rotation

Rocky, metallic core

Extreme temperature swings

Venus

Terrestrial

CO₂, N₂, sulfuric clouds

~470°C constant

225‑day orbit / retrograde rotation

Rocky, dense atmosphere

Hottest planet

Earth

Terrestrial

N₂, O₂

−50°C to 50°C

365‑day orbit / 24h rotation

Rock, water, iron core

Only known world with life

Mars

Terrestrial

CO₂, Ar, N₂

−125°C to 20°C

687‑day orbit / 24.6h rotation

Rock, iron oxide

Olympus Mons, past water

Jupiter

Gas Giant

H₂, He

95+

−145°C upper clouds

12‑yr orbit / 10h rotation

Gas, liquid metallic hydrogen

Great Red Spot storm

Saturn

Gas Giant

H₂, He

80+

−178°C

29‑yr orbit / 10.7h rotation

Gas, ice rings

Most complex ring system

Uranus

Ice Giant

H₂, He, CH₄

−195°C

84‑yr orbit / 17h rotation

Ice, rock

Rotates on its side (98° tilt)

Neptune

Ice Giant

H₂, He, CH₄

−200°C

165‑yr orbit / 16h rotation

Ice, rock

Fastest winds in Solar System

Pluto

Dwarf Planet

N₂, CH₄

−230°C

248‑yr orbit / 6.4‑day rotation

Ice, rock

Binary system with Charon