Regan Brown
The Normandy SR-2 is a starship that serves as Commander Shepard's base of operations. The ship is equipped with advanced stealth capabilities, exceptional speed, and manoeuvrability, making it a formidable vessel in the Mass Effect universe. The Normandy's fuel capacity and range are crucial aspects of its design, and understanding how much fuel it can hold is essential for players navigating the vastness of space. The ship's fuel capacity directly impacts its ability to embark on long-distance journeys and perform critical missions without frequent refuelling stops.
| Characteristics | Values |
|---|---|
| Fuel capacity | 1,000 units |
| Extended Fuel Cells upgrade capacity | 1,500 units |
| Cost of Extended Fuel Cells upgrade | 3,000 Element Zero |
| Fuel cost | 1 credit per unit |
| Minimum cost of refuelling | 25 credits |
| Fuel cost at the Citadel | Free |
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What You'll Learn
- The Normandy SR-2 has a fuel capacity of 1,000 units
- Extended Fuel Cells can increase capacity to 1,500 units
- Fuel can be purchased at depots for 1 credit per unit
- The Normandy can also refuel for free by docking at the Citadel
- Metallic hydrogen is a specialised fuel that can be bought at major facilities
The Normandy SR-2 has a fuel capacity of 1,000 units
The Normandy SR-2 is a starship that serves as Commander Shepard's base of operations. It is a successor to the SR-1, which was an advanced prototype "deep scout" stealth frigate. The SR-2 first entered service in 2185, two years after the end of Mass Effect. It was built by Cerberus for the revived Commander Shepard and their team to aid in their mission to stop the Collectors' galaxy-wide campaign of human abductions.
The Normandy's propulsion is provided by four large antiproton thrusters, with both aft and forward exhausts. The antiprotons are injected into a reaction chamber filled with hydrogen, resulting in matter-antimatter annihilation, which provides unmatched motive power. The Normandy also has a Tantalus drive core, which generates mass concentrations that the ship can "fall into", allowing it to move without heat-emitting thrusters and enabling faster-than-light travel.
The Normandy SR-2 is known for its speed and maneuverability, and it can cover large distances without refueling. Its performance is estimated at 15 light years/day in FTL flight. The ship is also equipped with advanced weaponry and defensive systems, making it a formidable vessel in the Mass Effect universe.
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Extended Fuel Cells can increase capacity to 1,500 units
The Normandy SR-2 is a starship that serves as Commander Shepard's base of operations. It is equipped with advanced technology, including a Tantalus drive core, which enables stealth capabilities and faster-than-light (FTL) travel. The ship's propulsion is provided by antiproton thrusters, with power generated by a nuclear fusion plant.
The Normandy SR-2 has a standard fuel capacity of 1,000 units, which can be challenging when scanning for fuel or travelling back to a system with a fuel depot. This limitation has led players to seek fuel capacity upgrades to enhance the ship's performance and efficiency.
Extended Fuel Cells are a valuable upgrade option for the Normandy SR-2, increasing its FTL fuel capacity from 1,000 to 1,500 units. This upgrade is particularly useful given the specialised fuel requirements of the Normandy, which uses metallic hydrogen as fuel. This fuel type offers greater efficiency but is typically only available at major facilities, making the Extended Fuel Cells upgrade even more advantageous.
The Extended Fuel Cells upgrade can be researched after recruiting Samara or Morinth. It is an expensive upgrade, costing 3,000 Element Zero. This upgrade not only increases the fuel capacity but also enhances the ship's range and operational flexibility, allowing it to cover larger distances without the need for frequent refuelling.
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Fuel can be purchased at depots for 1 credit per unit
The Normandy SR-2 has a standard fuel capacity of 1,000 units. This can be upgraded to 1,500 units by purchasing the Extended Fuel Cells upgrade for 3,000 Element Zero. This upgrade can be researched after recruiting Samara or Morinth.
In Mass Effect 3, many fuel depots have been destroyed due to the Reaper invasion, but scanning can detect these depots, from which anywhere from 50 to 800 units of fuel can be recovered. It is also possible to refuel by docking at the Citadel, which occurs automatically and at no charge.
In Mass Effect 2, fuel depots also sell probes for 100 credits per 5 probes. These can be used to discover landing sites and extract valuable minerals from unexplored planets.
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The Normandy can also refuel for free by docking at the Citadel
The Normandy SR-2 is a starship that serves as Commander Shepard's base of operations. It is equipped with advanced technology, incorporating most of its revolutionary technology into its source of propulsion, the Tantalus drive core. This drive core allows the Normandy to move stealthily without using heat-emitting thrusters. The ship's main propulsion is provided by four large antiproton thrusters, with both aft and forward exhausts.
The Normandy's fuel capacity can be increased by acquiring the Extended Fuel Cells upgrade, which increases its FTL fuel capacity from 1,000 to 1,500 units. This upgrade can be obtained by recruiting Samara or Morinth and costs 3,000 Element Zero. However, it is important to note that the Normandy typically uses specialised fuel, such as metallic hydrogen, which can only be found at major facilities.
Refuelling the Normandy usually requires purchasing fuel at a Fuel Depot, where fuel costs 1 credit per unit. However, the Normandy also has the advantage of being able to refuel for free by docking at the Citadel. This refuelling occurs automatically without any additional actions required from the crew. This ability to refuel at the Citadel provides a strategic advantage, ensuring that the Normandy can maintain its operations without incurring fuel costs at every depot.
The Normandy's fuel management is further assisted by its onboard AI, EDI, who provides warnings when fuel reserves reach halfway depletion. Additionally, if the fuel is completely exhausted, EDI will expend valuable minerals to fly the Normandy to the nearest system with a fuel source. These minerals are expended in a specific priority order, starting with Iridium or Palladium, followed by Platinum if necessary.
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Metallic hydrogen is a specialised fuel that can be bought at major facilities
The Normandy SR-2 has a standard fuel capacity of 1,000 units. This can be upgraded to 1,500 units with the Extended Fuel Cells. The Normandy's propulsion is provided by four antiproton thrusters, with both aft and forward exhausts. The antiprotons are injected into a reaction chamber filled with hydrogen, resulting in matter-antimatter annihilation that provides unmatched motive power.
Metallic hydrogen has been described as "the holy grail of high-pressure physics", with the potential to revolutionise science and technology. It is believed to be a highly efficient rocket propellant, with enormous amounts of heat released during its conversion back into molecular hydrogen. This makes it a highly sought-after fuel, especially for spacecraft like the Normandy that utilise hydrogen-based propulsion systems.
The challenge of producing metallic hydrogen has intrigued researchers for over 90 years, and its successful creation would be a significant achievement. While there have been claims of success, scepticism remains within the scientific community. The heat generated during the reaction, exceeding 6000 K, is currently too high for any known engine materials. However, diluting metallic hydrogen with water or liquid hydrogen could potentially provide a performance boost over conventional propellants.
The Normandy's propulsion system, the Heed Industries Helios Thruster Module, uses metastable metallic hydrogen as fuel. This fuel burns at a much higher efficiency than standard liquid hydrogen/oxygen reactions, allowing for precise course corrections during long-distance travel without fear of exhaustion. The Normandy's fuel capacity and specialised fuel enable it to cover larger distances without the need for frequent refuelling, enhancing its operational capabilities.
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Frequently asked questions
The Normandy SR-2 can hold 1,000 units of fuel.
Fuel costs 1 credit per unit to restore at a fuel depot, with a minimum cost of 25 credits to start refueling.
You can refuel the Normandy SR-2 at a fuel depot or by docking at the Citadel.
