In classical astronomy, when close attention was paid to what would be known as Kuiper Kerman's Belt, it became apparent that there were many odd orbits, that something was stirring the ice asteroids like the LOX in a tank but having the opposite effect. The Kerbal Astronomical Society eventually realized that there was something out there with enough gravity to rival Jool and Lindor, and disturb the minor worlds beyond their reach. As Nara crept into observable ranges, it seemed like just another KB member, but the lack of apparent velocity was on a magnitude of its own, revealing its potential to be gigantic.

Nara is JNSQ's version of the theoretical real life "Planet 9". While massive, Nara is only about 1/3 the size of giant planets like Uranus and Neptune. This lack of size led Nara's surface to freeze solid. While it lacks the thick gaseous envelope of its larger siblings, Nara still has a substantial hydrogen-helium atmosphere.

Rational Resources Classification:

Ocean	Surface	Atmosphere	Exosphere
None	Ice-Nitrogen	Gas(Uranian)*	None

*Gas atmosphere template contains an exosphere template.

From the PDF included in the download:

Bulk Params		Orbital and Rotational Params
Classification	Planet	Semi-major Axis	1,712,000,000 km
Radius	3,600 km sea level, 3601.6 km mean	Periapsis	1,112,800,000 km
Mass	1.90430×1024 kg	Apoapsis	2,311,200,000 km
Gravitational Parameter	1.27094×1014 m3/s2	Orbit eccentricity	0.35
Mean density	9,730 kg/m3	Orbit inclination	20°
Surface gravity	1 g ASL	Longitude of ascending node	90°
Escape velocity	8,403 m/s	Argument of periapsis	150°
Bond Albedo	0.3	Sidereal orbit period	308.15 years
Solar irradiance	0.65 W/m2	Synodic period	366.19 days
Black-body temperature	38 K	Mean orbital velocity	2,214 m/s
Natural satellites	Amos	Sidereal rotation period	12 hours
	Enon	Solar day	12.0001 hours
	Prax	Synchronous orbit altitude	14,579 km
		Sphere of influence	20,213,317 km

Atmosphere
Overall height	200 km
Pressure	40 atm sea level, 1 atm @ 40.3 km
Mean temperature	40 K sea level
Mean molecular weight	2.42 g/mol
Composition	80% H2, 20% He