Bravo 10 V8
Bravo 10 V8 is Rocket Science Co's launch vehicle. It has undergone several designs and technical improvements in order to become the most advanced partially reusable launch vehicle. We were able to test the envelope of what a reusable rocket can accomplish thanks to technological advancements and the expertise of iSpace Inc.
Specifications
Payload Capacity: 50,000 kg to GEO (36,000km x 36,000km).
Fairing Size: 6.5m x 30m
Thrust: 42,469 kN
Unmatched Reliability
We were able to compute Bravo 10 V8 one of the most reliable rockets ever designed and constructed due to improved technology and iSpace's cooperation, and as well as a direct reference to prior rockets (Bravo 10 V7 1.1 and Beta Block 4).
Thousands of computer simulations
Advanced technology
Redundancies Systems.
Reusable Rocket
As part of the Bravo series, all Bravo rockets have been designed to be able to land back on land and then be reused for yet another mission in the future. This technology enables Rocket Science Co to save money on production and testing.
Credits
Vizzy, Landing Legs and Grid Fins made by @iSpace Inc.
Contact Us
If you have some questions or would like to request something, you can send us an email by using this email address rocket.science.incorporated@gmail.com, you can also contact us via Twitter DM’s and lastly, you can also find us on Discord. Each email is to receive a response within 6 hours to 48 hours. We are always open to any suggestions or for any rocket troubleshooting.
GENERAL INFO
- Predecessor: Bravo 10 V8
- Created On: iOS
- Game Version: 0.9.802.0
- Price: $206,945k
- Number of Parts: 323
- Dimensions: 187 m x 13 m x 13 m
PERFORMANCE
- Total Delta V: 105.8km/s
- Total Thrust: 117.1MN
- Engines: 16
- Wet Mass: 2.29E+6kg
- Dry Mass: -401,121kg
STAGES
| Stage | Engines | Delta V | Thrust | Burn | Mass |
|---|---|---|---|---|---|
| 1 | 9 | 6.8km/s | 34.9MN | 2.9m | 2.29E+6kg |
| 3 | 6 | 14m/s | 74.6MN | 0s | 4.17E+5kg |
| 4 | 1 | 98.9km/s | 7.6MN | 10.2m | 4.17E+5kg |
20 Comments
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3,690 HorizonsTechnologies3.2 years ago
@RocketScienceCo I can also measure the payload to LEO. Also I noticed the fairing is really big.
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3,690 HorizonsTechnologies3.2 years ago
@RocketScienceCo Alright. I’ll begin making an auto program then.
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1,489 RocketScienceCo3.2 years ago
@HorizonsTechnologies. Great! The draft version of V9 should be ready by tomorrow, same time (of this comment’s publishment)
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3,690 HorizonsTechnologies3.2 years ago
@RocketScienceCo Alright. I could maybe add details and work on a fully automated program. I’ve been wanted to do one
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1,489 RocketScienceCo+1 3.2 years ago
@HorizonsTechnologies, I think I’ve cracked the formula. Bravo 10 V9 will feature almost no Tinkering Panel (excluding engine size and grid fins). If you’d like to be part of Bravo 10 V8’s development please reach out.
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3,690 HorizonsTechnologies3.2 years ago
@RocketScienceCo Change the fuels, tune it where you get a sweet spot for TWR, then boom.
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1,489 RocketScienceCo3.2 years ago
@HorizonsTechnologies, then it would be too heavy. I’m listing all of the ideas you’re giving me, so those ideas might make it to Bravo 10 V9.
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1,489 RocketScienceCo3.2 years ago
@HorizonsTechnologies, the engines are already full flow - even the second stage. Different fuels will require me to make the fuel tank bigger.
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3,690 HorizonsTechnologies3.2 years ago
@RocketScienceCo Use fullflowstage or something. Different fuels? I mean it isn't realistic weight if the first stage can do a translunar injection.
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1,489 RocketScienceCo3.2 years ago
@HorizonsTechnologies, that is what I did with Bravo 10 V8. Plus V9 should be out within 2 or 3 months, with an even more realistic weight.
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3,690 HorizonsTechnologies3.2 years ago
@RocketScienceCo It was already realistic without tinker. If different engines do not work, use different fuels!
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3,690 HorizonsTechnologies3.2 years ago
@RocketScienceCo That's when you try using different engine cycles, or mess around with the nozzle throat size.
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1,489 RocketScienceCo3.2 years ago
@AR3SZX, that change was very early on in the Bravo series program. I especially tried to make the weight Bravo 10 V8 be realistic. However, the engines couldn’t compensate for the additional weight, so I believe that is how close I will be able to get the weight right.
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Feel Free to Provide Any Feedback. If any troubleshooting is needed please contact us via, email, discord or Twitter DM.