Nestorian joint space initiative
| Space Industries (Retaric Induxars) | |
| Logo | |
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| Company Overview | |
Home Nation:  Nestor
| |
| Type: State | |
| Industry: Space | |
| Headquarters | |
| Ricar, Rinnar, Nestor | |
| Founded | 7661 |
| Founder | Barian Hensk |
| Key Figures | |
| CEO | Tycol Mull |
| Products | Rockets, Satelites |
| Revenue | tbc |
| Net Income | Net Income |
| Number of Employees | 10,000 |
| Website | |
| TBC | |
|
This section is a work in progress. |
Space Industries (Retaric Induxars) is a Nestorian initiative with its headquarters in Ricarian Factory District (Ricarian Fabrik Bezir) of Ricar (Rinnar, Nestor). Space Industries is a company set up by the Joint Space Initiative (Bater Ekam Reltar (BER)) with Garion Robotic Industries (GRI) being the biggest investor and stakeholder.
The Joint Space Initiative leverages the expertise of Nestor’s largest corporations to establish dominance in orbital and planetary operations. Each company plays a critical role, from GRI’s core technology to Resource Extracting Industries' (RED) asteroid mining goal and Nedran Construction & Engineering's (NCE) habitat development.
History
BER was established in 7661 by the CEO of Garion Robotic Industries Bovis Garion. BER is one of the oldest space agencies in the world in response to the SOC and Hellreich creating their own agency a few years prior. Before the BER, the Nestorian National Military and the GRI had their own rocket programs but these rockets were not able to make into orbit and were only used as war equipment. GRI started research on their own rocket engine the Vector-ARC-1 in 7661 and the engine has been under development ever since. The Vector are now one of the best rocket engines made with many variants currently under production. BER has been working together with space agencies from other nations like Livaria, Atregona and a few others. The rockets from the BER are known for their cheap and reliable engines with nowadays not many failed launches, however this was not always the case. The BER uses a method of "Fail Fast" for its development meaning the agency has many failed launches in the past. The Stolvic Orderist Commonwealth (SOC) even made fun the BER as an amateur space agency that nobody should fear however, today the BER is respected by many international agencies including the SOC space agencies.
Timeline
- 7661: BER was founded with the headquarter in Ricar, Ricarian Factory District (Ricarian Fabrik Bezir). Barian Hensk was the first CEO of the agency.
- 7661: First rocket launch testing the Vector-ARC-1, launched from the Cor Launch Site (Nester Minor, Crontor).
- 7664: First Nestorian satellite put in orbit with Livarian help.
- 7665: GRI reached orbit, placing the TR-module in space to test object tracking, communications and testing orbital conditions.
- 7667: Dardan Launch Vehicle introduced with 4 Vector-ARC-3 engines.
- 7669: First Nestorian astronaut to orbit on Dardan-VA3 rocket.
- 7670: GRI launches the first reusable rocket prototype
- 7671: First module of the Elcore space station put into orbit.
- 7672: RIAS develops experimental ion propulsion for deep-space probes.
- 7675: RED successfully returned their first asteroid sample
| Rocket | Attemps | Max. Height | Max. Speed | Goal | Reached | Year | In service |
|---|---|---|---|---|---|---|---|
| VV1 | 4 | 18.000 m | 900 m/s | No | Orbit | 7661 - 7662 | No |
| VV2 | 8 | 66.000 m | 2150 m/s | No | Orbit | 7662 - 7664 | No |
| VV3 | 5 | 83.000 m | 5530 m/s | No | Orbit | 7664 - 7665 | No |
| VV3-1 | 3 | 88.000 m | 8300 m/s | Yes | Orbit | 7665 - 7668 | No |
| Dardan - A1 | 6 | 90.000 m | 10.800 m/s | Yes | Orbit | 7667 - 7671 | No |
| Dardan - A2 | 9 | 110.000 m | 12.560 m/s | Yes | Man to orbit | 7669 - 7671 | No |
| Dardan - A3 | 87 | 125.000 m | 15.000 m/s | Yes | Space station | 7671 - now | Yes |
| Dardan - F1 | 52 | 150.000 m | 16.500 m/s | Yes | Cheap space | 7673 - now | Yes |
| Ralor - A1 | 18 | 175.000 m | 18.000 m/s | No | 4m SLS | 7675 - 7678 | No |
| Ralor - A2 | 63 | 200.000 m | 20.000 m/s | Yes | 4m SLS | 7678 - now | Yes |
| Ralor - F1 | 28 | 250.000 m | 25.000 m/s | Yes | 4m SLS-C | 7680 - now | Yes |
| Ralor - FE.1 | 42 | 240.000 m | 27.650 m/s | Yes | 4m SLS-B | 7682 - now | Yes |
| Farkol - A1 | 8 | 80.000 m | 7.000 ms | No | 6m SLS | 7684 - 7688 | no |
| Farkol - A2 | 4 | 85.000 m | 8.350 m/s | No | 6m SLS | 7688 - now | (not yet) |
| Farkol - FE.1 | 2 | 95.000 m | 9.490 m/s | No | 6m SLS | 7689 - now | (not yet) |
Economy
BER has a total budget of 8.55 billion
| Company | Amount
(in millions) |
% | Joint
Since |
Role | Focus | |
|---|---|---|---|---|---|---|
| Garion Robotic Industries | GRI | 395 | 38,1% | 7661 | Core Tech Provider | Rockets, satellites, rovers, robotics |
| Winged Aviations | WAN | 20 | 1,9% | 7667 | Atmospheric Operations | Suborbital craft, space tourism, research |
| Ricarian Institute of Advanced Studies | RIAS | 80 | 7,7% | 7661 | Research Hub | Propulsion, materials, foundational science |
| Resource Extracting Industries | RED | 170 | 16,4% | 7672 | Resource Extraction | Asteroid mining, orbital refineries |
| National Nestorian Military | NNM | 100 | 9,7% | 7661 | National Security & Strategic Defense | Reconnaissance, defense systems, international collaboration |
| ElectraTech Electronics | ETEC | 70 | 6,8% | 7673 | Electronics Specialist | Communications, sensors, energy systems |
| Nedran Construction & Engineering | NCE | 170 | 16,4% | 7674 | Space Infrastructure | Habitats, stations, mining depots |
| Other | 30 | 2,9% | 7661 | |||
Key projects
| Company | Yearly budget
(in millions) |
Year
(start) |
Current project | Developing | Goal | Challenge | ||
|---|---|---|---|---|---|---|---|---|
| Garion Robotic Industries | GRI | 195 | 7672 | Launching space crafts | Reusable launch vehicles | Farkol-ARC-1 | Affordable and frequent launches | Balancing cost and performance |
| 120 | 7674 | Vector series | ARC + F + FE | |||||
| 80 | 7680 | Deep Space Transporter | DST-7 | Supporting asteroid mining operations | Maintaining reliability | |||
| Winged Aviations | WAN | 20 | 7673 | Parashutes and recovery | Suborbital passenger craft | Cielaztamar | Space tourism and research | Demand for safe, reliable systems |
| Ricarian Institute of Advanced Studies | RIAS | 50 | 7672 | Advanced Propulsion Systems | Ion engines | Dedec Engine | Long-term exploration capability | High research costs |
| 30 | Material Innovation | Heat-resistant alloys for re-entery | Durable spacecraft components | Manufacturing scalability | ||||
| Resource Extracting Industries | RED | 100 | 7673 | Identifying Asteroids | Robotic miner | AME-9 | Establishing automated asteroid mining | Harsh space environment |
| 70 | 7675 | Resource processing unit | Krax-6 | |||||
| National Nestorian Military | NNM | 100 | 7673 | Reconnaissance Satellites | Relokar | Global surveillance and tracking | Limited funding | |
| ElectraTech Electronics | ETEC | 30 | 7674 | Satellite Solar Panels | Satallite solar panels | Solixar-A3 | Power generation for space missions | Maximizing efficiency |
| 40 | 7675 | Sensors for Spacecraft | Multi-spectral sensors | Oken-P3 | Mapping space objects | Reliability under extreme conditions | ||
| Nedran Construction & Engineering | NCE | 95 | 7674 | Orbital Station Development | Modular space habitats | Elcor-A3 | Permanent orbital station | Managing weight and costs |
| 75 | 7676 | Asteroid mining depots | Duran-C1 | Supporting asteroid mining operations | Infrastructure scalability | |||
| Total | 1005 | |||||||