Just going to give more of an overview of these planets / bodies.
Hephaestus is slightly smaller than that of our moon. On the sun facing side it has a sea of molten rock and other materials. Only along the terminator zone it beings to solidfy. On the back side it is frozen. With seas of liquid nitrogen, and then as you get further onto the anti-solar point there is Nitrogen snow. Orbits every 11 days. Hephaestus is more dense than Vulcan.
Vulcan is slightly smaller than Mercury. It is very much the same as Hephaestus but since it's larger it has a more expansive lava ocean on it's front side that is slightly more pronounced. The back side is the same as Hephaestus basically. Orbits every 36 days.
Both of these planets orbit within the Vulcanoid belt, an asteroid belt of rather small asteroids measuring in size from 10 miles to less. They are made up of debris from both planets that has been blased off from asteroid impacts and collisions in the past. Because Vulcan and Hephastus are closer to the sun than Mercury, their hill spheres are extremely small so they can't clear their orbits, and the same reason their existence doesn't really affect the other planets. On the night side of these planets you can get a spectacular view of Mercury, Earth, Counter-Earth, Venus, and the other planets. Both of them have no axial tilt, basically at 0.
Mercury's moons are at most, 3 miles wide. They are extremely small and orbit much like the Moons of Mars in our timeline. There is not much to note about them as they are basically hunks of rock captured into orbit around Mercury.
Venus has 4 asteroidal moons. The first one is 3 miles in size, the second is 14 miles in size, the third is 49 miles in size, and the last is 21 miles in size. Venus has rings because there was once a 5th inner moon that got too close to Venus and got ripped up into its rings. Because of Venus's thick atmosphere the rings that were once close in have largely degraded. Venus keeps it's retrograde rotation.
Neith is slightly smaller than our moon. It's surface is almost black. Though a few craters are bright white, revealing that underneath its black surface is a layer of white-light grey regoltih. Because of its darkness it wasn't discovered until the invention of the telescopes and is rarely able to be observed, if ever. It has a single 30 mile wide asteroidal moon that orbits at a medium distance away, but fairly close. It has spectacular views of Earth, Venus, and Counter-Earth. It orbits every 283 days. Alternatively it might work better as a Venus trojan. Neith rotates every 11 days, and is on it's side much like Uranus, at 101 degrees of axial tilt.
Counter-Earth is very much like our Earth. It has a planet wide ocean with a few islands. The only large landmass is at it's Northpole, a super continent. It's atmosphere is slightly thicker than Earth's at around 1.1 Atmospheres. It's oceans have algae that have seasonal blooms that cover the entire oceans a purple color when they 'bloom' if that makes sense. It has a slightly higher content of halogens in its atmosphere which makes it's skies look different than Earths that change colors slightly throughout the day due to angles of sunlight. It's moon of Delaney appears the size of our moon but is less Dense. One side of it is dark grey much like Neith's, the other side is white. This makes it appear much like a Half moon despite being a full moon, as you can see both 'sides' of it that are due to an orientation. The 2 smaller moons are Shepard moons within the rings of Counter-Earth. These rings are fairly recent and won't last much longer due to Delaney's influence. Delaney and Counter-Earth have 19 degrees axial tilt, making the rings on the same orbital plane as Delaney and Counter-Earth's orbit around its barycenter.
Lilith is a small 430 mile wide moon orbiting further out than our moon. It's surface is quite dark so it is unable to be observed and you need a telescope to see it's affects on blocking out certain stars. It is a porous moon with gases kept within it's 'pores' that sometimes leak out and create a green atmosphere around it.
Mars is the same as OTL, but with more polar ice. It'd make it look more like Duna from KSP, and has rings due to an earlier Phobos entering the roche limit.
Ceres, Pallas, Hygeia and Vesta are all gravitationally rounded but still quite small.
Jupiter mas more 'red spots' than OTL. It's rings are noticeably more pronounced but due to it's lack of an axial tilt they are viewed edge on from Earth and not noticed. It has an extra large moon named Ezar. Ezar is the size of Ganymede and has a thin atmosphere with clouds. Lissona is the next large moon about the size of Pluto that orbits with the irregular moons of Jupiter in a retrograde orbit. It's a captured planet and has a more of a white-grey surface but largely made of ice for its crust.
Saturn has a noticeable 'great white spot' which has been there for who knows how long. It is the same besides that. It's additional moons are where things are different. Themis is a 60 mile wide asteroid that orbits between Titan and Iapetus. Galarneau is a very interesting moon. It's about the mass of Mars orbiting much. It likely takes around 200-300 days to orbit around Saturn and is in a slightly elliptical orbit. It has Methane seas like Titan, and is basically a larger version of Titan. Unlike Titan however, it is host to exotic life and it's atmosphere doesn't completely obscure the surface. It rotates very slowly and is in a 2:4 resonance. For every 2 times it orbits, it rotates 4 times. It has a magnetic field and aurora. Davis is the next moon further out, probably taking 2 to 3 years to orbit around Saturn. It orbits beyond the Phoebe ring, is Pluto mass and has a pinkish-purple color. It rotates every 8 days and has occasional outgassing. It has a subsurface ocean.
Between Saturn and Uranus is the planet Basile. Basile is slightly larger than Titan. It is basically another Titan and rotates every 27 hours. It has a ring system and 3 moons. It's 1st moon is a Shepard moon, while the other 2 moons are around 100 miles in size and evenly spaced further out. Basile because of it's eccentric orbit has seasons because of its orbit, not because of its tilt. It is tilted at 34 degrees, though. When it is closer to the sun along its orbit, it's atmosphere is thicker and has more pressure, but when it is further where it is more cold it is far thinner and it's oceans freeze over. It replaces Chiron. It cuts across the orbits of 3 planets and is a very interesting world. Perhaps life on it's surface adapts to the seasons and freezes along with it's oceans, then thaws out in 'Summer'.
Uranus has thicker and more noticeable rings. It has an extra moon named Brunner which is the size of Titania, located further out. Uranus's orbit is slightly closer.
Before Neptune is the outer asteroid belt. A smaller version of the Kuiper belt. Neptune and the Kuiper belt are slightly further out.
Neptune's rings are more noticeable, it's great blue spot is permanent. Triton is joined by another similar moon, Sobel who is twice as far out as Triton. Sobel is very much like Triton but darker in color. Nereid is the same size as Triton and has that notable eccentric orbit.
All of the dwarf planets are the same, moved slightly further out along with Neptune.
Amman is at around 150 AU, is about 2.5x the mass of our Earth. It has a mostly white to yellow surface and no atmosphere since it's so far out from the sun and so cold. It is hard to land on because of that, and it's larger gravity than Earth. It forms a double planet with Gaupelt who are tidally locked, and orbit around each other every 56 days. There are 36 other minor asteroidal moons that orbit further out around the pair of planets. 11 degrees axial tilt, both planets have the same axial tilt.
Accordino is further out at around 300 AU. It's Neptune mass, purple and has rings. It's 3 moons aren't that notable and orbit evenly spaced out. It is extremely dark at this distance. Accordino is tilted at 45 degrees and rotates every 15 hours. It has a massive collection of minor moons due to it's huge gravitational influence.
Further out is Tyche. A T8 brown dwarf star that hosts it's own collection of planets. Tyche is not able to be seen from Earth due to how dim it is at Earth's distance.
The first planet around Tyche is Krause, a Pluto mass world that is very similar to Mercury.
The second planet around Tyche is Sarru, a sub-ice giant at around 5 Earth masses. It's a rather small gasbag.
The third planet is named Schluter, despite being smaller than Mars it hosts a similar atmosphere with enough pressure to allow a single small sea on it's surface.
The fourth planet is named Hatem. Very Lunar like and a bland boring world.
This leads us to Manning. A very Earthlike world with it's 2 minor moons of Calianna and Hanna which are 39 miles wide, and 21 miles in size respectively. It is forever enveloped in the red glow of Tyche and is a 3:2 resonance, meaning for every 3 orbits it rotates 3 times. It has life on it, and is Earth mass. The people that live here resemble the Mayans and Aztecs. Only a few civilizations exist, leaving the planet a vast wilderness and un-tapped. All planets around Tyche are able to viewed from Manning and are seen as gods from the people of Tyche.
Lazore is the fith and final planet around Tyche. It is the same mass of Neptune and hosts some major moons and minor moons. Beyond that is the Tyche asteroid belt. All of these planets are crammed roughly within Mercury's orbit around Tyche and are stable because of resonances. It would be easy to travel between these planets. Tyche's asteroid belt extents to around 3 AU around Tyche.
Further beyond Tyche are the pair of Y Dwarfs named Nemesis and Wormwood.
Nemesis is smaller than Tyche, only burning at around 700 degrees Celcius.
Knoke and Boettcher are the first and second planets. Both are Lunar mass and are rather bland, minuscule worlds.
Lederer is a desert planet with a thick atmosphere. Not like our Venus, you can actually survive here but you would have to have an oxygen tank and climate suitable equipment. You wouldn't need a pressure suit, since it's at around 0.9 atmosphereic pressure.
Nibiru is the habitable world around Nemesis. It is the size of our Earth, tidally locked. Like Manning, it hosts a variety of life forms including intelligent life. They worship Nemesis and the other planets as gods, like the inhabitants of Manning. Their ways of worship are incredibly complex and heretics are often exiled to the ice wastes beyond the terminator zone. Struggling to survive, they often do raids against the inhabitants on the dayward side and talk about the "stars', of which the people of the Dayside can't see because of the red glow of Nemesis.
Russel and Hohn are a binary Pluto like system beyond Nibiru, barely lit up by the dim glow of Nemesis. Beyond them is the Nemesis asteroidal belt that goes out to around 5.5 AU.
Wormwood is even colder than Nemesis. Barely even 'burning' at -37 degrees Celsius. It's planets exist in close to complete darkness.
North Wind is Earthmass, heavily volcanic which is the only source of visible light besides Aurora discharges and lightning in Wormwood's upper atmosphere.
South Wind is Pluto Mass, frozen over and dead.
West Wind is a sub-ice giant much like Sarru. It's purple, however has no moons.
East wind is the final planet, Mars mass and completely frozen over. All of these worlds are tidally locked, and orbit quite close together.
Wormwood has an asteroid belt aswell going to around 1 AU out. Both Nemesis and Wormwood orbit around 30 AU apart and beyond the both of them is an asteroid belt / disc that orbits beyond both of them that is quite large. Wormwood and Nemesis are roughly 10,000 AU out and form a quadruple system with the sun and Tyche.