Twin Sitaray

Creature

Rarity: Rare

Behavior

psychology

DietCarnivore

straighten

SizeBig

visibility

Sight range40 m

visibility_off

Tracking range50 m

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Depth range193-412 m

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Sitaroid gemini, the twin ray that resembles a sitar. A dark-sea electropredator driven towards the surface by ecological disruption.

Sitar ray Sitar rays, named for their resemblance to Earth's guitarfish, probably diverged from mangos less than 25 million years ago (assuming that models of evolutionary change on Proteus are correct). The flat head contains remnants of a hard shield, similar to Earth's extinct pteraspidomorphs. The jaw has moved beneath the body and rotated. Two spiracles draw water for an internal gill.
Deepsea origins The twin sitar is adapted to lightless deep ocean. Its true eyes are buried in a layer of jelly below the skin. The remaining central eye is a hyperdeveloped parietal eye—an organ that tracks light and heat.
Twin strategy Like the foureye, the sitar ray is always born in pairs. When mature, the twins split up to pair with mates. Unlike the foureye, the sitar ray has no specialized organ to share food or nerve impulses. The twins clasp mouthparts to exchange food. Communication is electric, similar to Earth's knifefish.
Electroactive feeding Channels and ampullae along the sitar ray's body and fins contain electroplaques, modified muscles which generate electric current to stun prey. When separated, twin sitars stay connected by strands of conductive mucus. The longer this connection, the more powerful the dipole of their hunting shock.
Shocking behavior Monitor sitar rays for play behavior involving metal debris or constructs.

Assessment: a serious threat to divers and to electrically powered vehicles and bases.

Attack ▲

Damage

Distance

Bite

2.5 m

Bite Very High

2.5 m

Crush

5 m

Grab Tadpole

2.5 m

Databank Entries

Sitaroid gemini, the twin ray that resembles a sitar. A dark-sea electropredator driven towards the surface by ecological disruption.

Sitar ray Sitar rays, named for their resemblance to Earth's guitarfish, probably diverged from mangos less than 25 million years ago (assuming that models of evolutionary change on Proteus are correct). The flat head contains remnants of a hard shield, similar to Earth's extinct pteraspidomorphs. The jaw has moved beneath the body and rotated. Two spiracles draw water for an internal gill.
Deepsea origins The twin sitar is adapted to lightless deep ocean. Its true eyes are buried in a layer of jelly below the skin. The remaining central eye is a hyperdeveloped parietal eye—an organ that tracks light and heat.
Twin strategy Like the foureye, the sitar ray is always born in pairs. When mature, the twins split up to pair with mates. Unlike the foureye, the sitar ray has no specialized organ to share food or nerve impulses. The twins clasp mouthparts to exchange food. Communication is electric, similar to Earth's knifefish.
Electroactive feeding Channels and ampullae along the sitar ray's body and fins contain electroplaques, modified muscles which generate electric current to stun prey. When separated, twin sitars stay connected by strands of conductive mucus. The longer this connection, the more powerful the dipole of their hunting shock.
Shocking behavior Monitor sitar rays for play behavior involving metal debris or constructs.

Assessment: a serious threat to divers and to electrically powered vehicles and bases.