Molly Ayala
Assembly Line is a mobile game where players build factories out of components on interconnected 16x16 grids. The game involves crafting products, such as engines, advanced engines, and electric engines, which are used in the production of AI robots. While electricity is not a central topic in the game, it is required for certain buildings, such as the Motor Assembly Line, to function. To provide electricity to these buildings, players need to build road connections from a power station, ensuring the buildings are within the area of influence.
| Characteristics | Values |
|---|---|
| Game Type | Mobile game |
| Objective | Building factories out of components on interconnected 16x16 grids |
| Optimal Strategy | Buy as many starters as possible, point them into rollers, and then into a seller |
| Early Game Strategy | Unlock the furnace and use it before putting raw materials onto the rollers |
| Early Game Transition | Switch from furnaces to hydraulic presses, as the plates sell for $250 a piece |
| Mid Game Strategy | Buy the drone blueprint and start producing it |
| Late Game Strategy | Buy upgrades and continue the module pattern until you can buy all the upgrades |
| Electricity | Not necessary for trade unions, but roads are needed for electricity infrastructure blueprints |
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What You'll Learn
Electric engines
Assembly Line is a mobile game that involves building factories out of components on interconnected 16x16 grids. The game is about maximising profits and efficiency. One of the basic craftable products in the game is the Engine. Engines are used to craft Advanced Engines, which are, in turn, used to make Electric Engines and Electric Generators. Electric Engines are, therefore, a more advanced product in the game.
One user suggests that they are not producing Electric Engines fast enough, and so the engines are not keeping up with the circuits. This user is looking for advice on how to improve their Electric Engine assembly line. Another user suggests that they need to increase the number of engines in output.
Another player offers a strategy for maximising profits. They suggest that the best way to play is to buy as many starters as possible and point them into rollers that lead to a seller. They also suggest switching from furnaces to hydraulic presses, as the plates sell for $250 a piece. This strategy will earn you money, which can then be spent on upgrades, including extra starters.
Another user suggests that the drone is the most efficient thing to craft in the game, and that you should continue to buy upgrades and factories until you can buy all the upgrades and win the game.
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Electric vehicles
Assembly Line is a mobile game where players build factories out of components on interconnected 16x16 grids. The game involves crafting electrical components, engines, and electric engines. While there is little information on electric vehicles within the game, there is a community of players interested in the topic.
In the game, engines are made from two iron gears and one gold gear, or one iron gear and one raw iron. This differs from real life, where electric engines are more complex. Electric vehicles are often discussed in the Assembly Line community, with players interested in designing their own electric cars, bikes, and scooters. This community aspect adds a unique dimension to the game, allowing players to share ideas and strategies.
The game also involves managing resources and production chains, which is similar to the process of manufacturing electric vehicles. Players must decide how to allocate resources and which products to focus on, just as companies must do in the electric vehicle market. This includes deciding when to switch from furnaces to hydraulic presses, which sell for a higher price.
Overall, while the Assembly Line game does not explicitly focus on electric vehicles, the game mechanics and community discussions provide a foundation for players interested in learning about and discussing electric engines and vehicles. The game's focus on factory management and production chains offers a unique perspective on the challenges and strategies involved in bringing electric vehicles to market.
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Crafting electrical components
In the Assembly Line games, engines are a basic craftable product and an important electrical component. They are used in the production of AI Robots, Washing Machines, and Drills. While they are not typically sold directly, they are a key part of the production chain. To craft an engine, you'll need 2 Iron Gears and 1 Gold Gear, or 1 Iron Gear and 1 Raw Iron, depending on the game version.
Another game that involves crafting electrical components is ElectricVLab, which is similar to a simulation game. In ElectricVLab, you can build and explore the functioning of various electric and electronic circuits, including both analog and digital components. The game provides informative and visually rich feedback on the behaviour of the circuits you build.
In the game Eco, the Electronics Assembly is a late-game crafting table that allows for the creation of many electrical components. It can be crafted at the Electric Machinist Table and requires Tier 2 building capabilities and 25m of free volume in the room.
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Electricity infrastructure
Assembly Line is a mobile game where players build factories out of components on interconnected 16x16 grids. One user on the Assembly Line subreddit discusses their idea for an electric engine assembly line. They mention that roads are needed for electricity infrastructure, as power must be transmitted from the power station to buildings via road connection. This connection can be observed through the colour of the road when clicking on the station or the electric wires. Paved roads increase the reach of the power station.
In addition to roads, certain materials are required for electricity infrastructure blueprints. For example, concrete is a building material that is needed for every engineer-related building.
Another important consideration for electricity infrastructure is circuit design. One user points out that having only one wire going into circuit crafters results in inefficiencies. They suggest increasing the number of engines output to improve the circuit timing.
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Power station connection
To build a power supply, players can utilise starters, which are essential for producing power. The number of starters required may vary depending on the player's objectives. For instance, if the primary goal is to produce computers, using seven starters for power supplies, as demonstrated in a screenshot, can be an effective strategy.
In the game, electricity is simulated in a unique way, and players must pay attention to the power meters and wattage overlay. These tools help players determine power output and demand, playing a crucial role in troubleshooting power issues. For example, a meter reading of zero indicates a lack of connection to a powered grid or an overloaded grid. Voltage fluctuations can also signify an unstable grid or a power transient.
To ensure a stable power supply, players should be aware of potential power issues like brownouts and blackouts. A brownout occurs when buildings experience low voltage, while a blackout means that buildings are receiving no power at all. Certain buildings, such as depots, surface end stations, and RCOs, consistently block the power supply and should be considered when designing the power network.
Additionally, players must manage their power capacity to avoid brownouts caused by high demand. Electric vehicle networks, for instance, should maintain a power supply capacity of at least half the sum of the power ratings of all electric vehicles on the network to prevent power shortages. Understanding cable and line power limits is also crucial, as each cable or line has a maximum power transmission capacity.
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Frequently asked questions
The best strategy in the early game is to buy as many starters as you can and point them into rollers that lead into a seller. Once you can afford the drone blueprint, buy it and start producing it. The drone is the most efficient thing to craft in the game.
Electricity is required to power certain buildings, such as the Motor Assembly Line. To do this, there must be a road connection between the power station and the buildings that require electricity.
Engines are used as part of a production chain to create AI Robots. They are also used in the production of Washing Machines and Drills.
Ensure that you have multiple wires going into your circuit crafters to increase efficiency. Additionally, pay attention to the ratio of batteries to engines in your build to avoid having too many batteries while waiting for engines to finish crafting.
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