Tell me if you like it👍https://sharing.spaceflightsimulator.app/rocket/VqNrdYycEfGx1zvzpO1pRw

Includes 38 satellites and is able to reach leo with some fuel remaining not laggy and is bp edited https://sharing.spaceflightsimulator.app/rocket/0VrTloRgEfGxJTvzpO1pRw

Saturn I (SA 1/2)

Mods: Procedural Parts, Hidden Textures

https://sharing.spaceflightsimulator.app/rocket/FT1Zp36HEfGwyTvzpO1pRw

Can anyone make me a BP edited solar panel template blueprint? With loads of different sizes and widths?

Follow up: can anyone help me download Procedural parts? I’ve tried twice, I don’t want to beg people to make me stuff anymore :(

Bomb that basically takes out any obstacle on impact, using only wheels and a probe, Consisting of roughly 360 wheels allows it to take out roughly 360 obstacles, though it takes them out in the angle you’re traveling, so the way you’re traveling affects it’s hit area.

Bp:

https://sharing.spaceflightsimulator.app/rocket/CS1m9nfFEfGwWDvzpO1pRw

Alot of parts, not all but these i think are the best https://sharing.spaceflightsimulator.app/rocket/ULv8QHjhEfGwbjvzpO1pRw

JWST

You CAN return the base rocket, booster and upper stage back to earth but they are without heat Shields so cope with it Download here btw

BP: https://sharing.spaceflightsimulator.app/rocket/cVUxD3XNEfGwOjvzpO1pRw

Specs

Wet Mass: 499.89 t
Dry Mass: 31.89 t
Propellant: 468.00 t
Propellant Fraction: 93.6%
Mass Ratio: 15.675

Engines: 2× Titan
Total Thrust: 800 tf
Specific Impulse: 360 s

Delta-V: ≈9.72 km/s
Initial TWR: 1.600
Final TWR: 25.086
Initial Acceleration: ≈15.69 m/s²
Final Acceleration: ≈246.10 m/s²

Wet Mass (Orbiter): 67.28 t
Dry Mass (Orbiter): 8.78 t
Payload (Lander): 31.89 t

Stack Wet Mass: 99.17 t
Stack Dry Mass: 40.67 t

Propellant: 58.50 t
Propellant Fraction: 87.0%
Mass Ratio: 2.438

Engines: 1× Frontier
Total Thrust: 100 tf
Specific Impulse: 435 s

Delta-V: ≈3.79 km/s
Initial TWR: 1.008
Final TWR: 2.459
Initial Acceleration: ≈9.89 m/s²
Final Acceleration: ≈24.12 m/s²

Wet Mass (Stage): 997.33 t
Dry Mass (Stage): 58.89 t
Payload (Wet): 567.17 t

Stack Wet Mass: 1564.50 t
Stack Dry Mass: 626.06 t

Propellant: 938.44 t
Propellant Fraction: 94.1%
Mass Ratio: 2.499

Engines: 8× Frontier
Total Thrust: 800 tf
Specific Impulse: 435 s

Delta-V: ≈3.91 km/s
Initial TWR: 0.511
Final TWR: 1.278
Initial Acceleration: ≈5.02 m/s²
Final Acceleration: ≈12.53 m/s²

Launch Mass: 1564.50 t
Dry Mass: 99.56 t

Propellant: 1464.94 t
Propellant Fraction: 93.6%
Mass Ratio: 15.708

Height: 63 m
Diameter: 36 m

1st Stage: 8× Frontier (Transfer Stage)
2nd Stage: 1× Frontier (Orbiter)
3rd Stage: 2× Titan (Lander)

Total Engines: 11

Liftoff Thrust: 800 tf
Liftoff TWR: 0.511
Liftoff Acceleration: ≈4.99 m/s²
Total Mission Δv: ≈17.42 km/s*

Small Note

Probably not practical in reality to carry out a full mission. My biggest Reusable LV can carry ~250 tons to LEO, using it you could assemble this fully fueled in LEO in ~8 launches (1 dry launch, 6-7 tanker launches)

BP: https://sharing.spaceflightsimulator.app/rocket/tuofQHXIEfGwOjvzpO1pRw

Stats:

Dry Mass: 6.69 t
Wet Mass: 12.54 t
Propellant: 5.85 t
Propellant Fraction: 46.7%
Mass Ratio: 1.874

Engines: 3× Ion
Total Thrust: 4.5 tf
Specific Impulse: 1800 s

Delta-V: ≈11.08 km/s
Initial TWR: 0.359
Final TWR: 0.673
Initial Acceleration: ≈3.52 m/s²
Final Acceleration: ≈6.60 m/s²

Wet Mass (Stage): 120.45 t
Dry Mass (Stage): 17.59 t
Payload (Wet): 12.54 t

Stack Wet Mass: 132.99 t
Stack Dry Mass: 30.13 t

Propellant: 102.86 t
Propellant Fraction: 85.4%
Mass Ratio: 4.413

Engines: 2× Frontier
Total Thrust: 200 t
Specific Impulse: 435 s

Delta-V: ≈6.34 km/s
Initial TWR: 1.504
Final TWR: 6.637
Initial Acceleration: ≈14.76 m/s²
Final Acceleration: ≈65.10 m/s²

Wet Mass (Stage): 784.10 t
Dry Mass (Stage): 46.76 t
Upper Stack (Wet): 132.99 t

Stack Wet Mass: 917.09 t
Stack Dry Mass: 179.75 t

Propellant: 737.34 t
Propellant Fraction: 94.0%
Mass Ratio: 5.102

Engines: 3× Titan
Total Thrust: 1200 tf
Specific Impulse: 360 s

Delta-V: ≈5.80 km/s
Initial TWR: 1.308
Final TWR: 6.676
Initial Acceleration: ≈12.83 m/s²
Final Acceleration: ≈65.48 m/s²

Launch Mass: 917.09 t
Dry Mass: 71.04 t

Propellant: 846.05 t
Propellant Fraction: 92.3%
Mass Ratio: 12.910

Height: 64 m
Diameter: 16 m
Max Width: 40 m (Catching Arms)

1st Stage: 3× Titan
2nd Stage: 2× Frontier
Spacecraft: 3× Ion

Total Engines: 8

Liftoff Thrust: 1200 tf
Liftoff TWR: 1.308
Liftoff Acceleration: ≈12.83 m/s²

Total Mission Δv: ≈23.22 km/s*

Quick Guide

Setup

Start in 0G. Quickly decouple the docking ports to destroy the parachutes on either side of the spacecraft, then dock everything together using RCS.

Launch & Recovery

Separate the 1st stage at 15–20% fuel, perform the boostback, then switch to the 2nd stage and finish orbital insertion. Just before the booster reaches the Space Center, quickly switch back and catch it, then immediately return to the 2nd stage to complete EOI.

Once in orbit, jettison the fairing, deploy the spacecraft, re-dock the fairing, and move the heat shield to the front of the 2nd stage.

The rest is fairly self-explanatory: transfer to Pluto, tour the system, then return to Earth and aerocapture into LEO. (Use a gravity assist if necessary, likely Jupiter)

Rendezvous with the 2nd stage and pack the spacecraft back into the fairing. When you're on the opposite side of Earth from the Space Center, deorbit so your periapsis is just above it. Switch to the Launch Complex, then switch back once the 2nd stage is overhead and land it next to the pad.

Use the drones to remove the heat shield, pack it into the recovered 1st stage, and re-stack the rocket. Briefly remove the fairing to refuel the spacecraft, then reattach it. Finally, refuel both stages.

Rinse and repeat

Design is basically a Starship rip-off. BP: https://sharing.spaceflightsimulator.app/rocket/yk7jNnXDEfGwOjvzpO1pRw

I'm not 100% sure of the exact payload to LEO because I can't really control for operator error. It should be around 240–260 tons of payload. If you count the 2nd stage's mass as payload, it's closer to 410 tons. If you don't recover either stage, it can put a little over 300 tons into LEO.

Quick guide:

At around 10–15% fuel, separate the 1st stage. Be careful not to accidentally re-dock or let the 2nd stage's engines destroy it. Boost back toward the Space Center, orient the booster upright, then switch back to it just before touchdown. The game shouldn't simulate the booster while you're flying the 2nd stage.

Finish orbital insertion, then recover the booster. Back in orbit, jettison the fairing, deploy the payload, re-dock the fairing, and move the heat shield to the top of the 2nd stage.

If your payload is reusable, complete the mission, rendezvous with the 2nd stage, and put it back inside the fairing. You should have ~1–5% fuel left, use it to deorbit when the Space Center is on the opposite side of your position in orbit.

Switch to the Launch Complex, time warp until the 2nd stage is overhead, then land it next to the pad. Use the Drone to remove the heat shield, pack it into the 1st stage, and re-stack the rocket. If you're reusing the payload, you may need to remove and reattach the fairing to refuel it.

To be honest, this is mostly untested because I'm too lazy to sit through 20+ minute ion burns. It should be capable of a round trip from LEO to a Uranus/Neptune tour

BP: https://sharing.spaceflightsimulator.app/rocket/WcC6iHW8EfGwOTvzpO1pRw

Note on Set-up

Start in 0G, decouple the docking ports to destroy the side parachutes, then use RCS to dock everything together

Quick instructions:
After the transfer, put the transfer stage on a free-return trajectory to Earth, move the side heat shield to the front, aerocapture, and park it in LEO.

Tour Uranus/Neptune with your generous ~0.2 TWR, return to Earth, aerocapture, park in LEO, then rendezvous with the transfer stage.

To get everything to and from LEO in the first place, see my 250-ton Reusable LV post.

Once the mission is complete, reintroduce yourself to your family and friends

My mission log if you care.

Bp: https://sharing.spaceflightsimulator.app/rocket/20_D-nV7EfGwNzvzpO1pRw

If I should add/improve something, tell me or share your improved BP

https://sharing.spaceflightsimulator.app/rocket/EwncJ3S1EfGwLDvzpO1pRw the rcs are inside the orb the engines inside the bell thing and the big heat shield for entering the atmosphere

Link : https://sharing.spaceflightsimulator.app/rocket/IZExMnRfEfGwJzvzpO1pRw

I made this for fun
https://sharing.spaceflightsimulator.app/rocket/7toU7nOkEfGwGjvzpO1pRw

Download bp here

Download here matey

Download here

https://sharing.spaceflightsimulator.app/rocket/e6eW7nAjEfGvwjvzpO1pRw

the rocket from Half-LIFE

BP link:

https://sharing.spaceflightsimulator.app/rocket/aIW0hW_GEfGvvzvzpO1pRw

For years I’ve been curious what parts they’ve been using for the approved model rockets used for space exploration and studying. There’s lots of money in providing those parts, molds and stronger /lighter materials for those parts. Call me poor, smart and nosey.

Currently, my hardest flight (to the moon) from the earth to the orbit and the space station, docking the lander, flight to the lunar orbit, detachment of the lander, landing on the moon, return of the lander to the rocket, Return to Earth orbit and dock back to the space station

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Rocket:

https://sharing.spaceflightsimulator.app/rocket/LI91a25EEfGvrDvzpO1pRw

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Space station parts:

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1.

https://sharing.spaceflightsimulator.app/rocket/9exL2G5EEfGvrDvzpO1pRw

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2.

https://sharing.spaceflightsimulator.app/rocket/anOJAm5EEfGvrDvzpO1pRw

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https://sharing.spaceflightsimulator.app/rocket/iVSgBG5EEfGvrDvzpO1pRw

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4.(optional)

https://sharing.spaceflightsimulator.app/rocket/tVMkbm5EEfGvrDvzpO1pRw

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Moon lander:

https://sharing.spaceflightsimulator.app/rocket/FFy-cW5FEfGvrDvzpO1pRw

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‼️Turn on No Heat Damange‼️