Are you looking for factorio technology tree? Factorio is a popular real-time strategy game developed by Wube Software. In the game, players take on the role of an engineer stranded on a remote alien planet with the goal of building a functioning factory and eventually launching a spacecraft to leave the planet. The game revolves around the creation of complex automated systems and the optimization of resource usage to increase efficiency.
One of the central mechanics of Factorio is the technology tree, which represents the different research paths available to the player. The technology tree is an essential aspect of the game, as it provides players with access to new tools, buildings, and resources necessary to expand and optimize their factory. In this article, we will explore the Factorio technology tree and the various research paths available to players, as well as the benefits and challenges associated with each path.
Introduction to the Factorio Technology Tree
The Factorio technology tree is a branching path of research that the player can undertake to unlock new technology, buildings, and resources. The technology tree is divided into several tiers, with each tier representing a new level of technology that can be unlocked by researching the required technologies in the previous tier.
The first tier of the technology tree includes basic technologies such as automation, electricity, and logistics. These technologies are essential for building a functioning factory and are required to progress through the later stages of the game.
As players progress through the technology tree, they unlock more advanced technologies such as robotics, nuclear power, and rocketry. These advanced technologies offer new tools and resources that players can use to expand and optimize their factories.
Researching technologies in the technology tree requires science packs, which are produced by various buildings in the player’s factory. There are several different types of science packs, each requiring different resources and production processes. The more advanced technologies require more complex science packs, which can be challenging to produce and require a more significant investment of resources.
Exploring the Factorio Technology Tree
The Factorio technology tree is divided into several tiers, each with its own set of technologies and requirements. Let’s take a closer look at each of these tiers and the technologies they offer.
The first tier of the technology tree includes basic technologies that are essential for building a functioning factory. These technologies include automation, logistics, and electricity.
Automation technology allows players to automate the production and transportation of resources in their factory. This technology unlocks the assembling machine, which can automatically produce items using recipes that the player inputs.
Logistics technology allows players to transport items throughout their factory using conveyor belts and other transportation methods. This technology unlocks the underground belt, splitter, and smart inserter, which allow for more efficient transportation and management of resources.
Electricity technology allows players to power their factories using electrical generators and accumulators. This technology unlocks the steam engine, boiler, and electrical poles, which allow for the production and transportation of electrical power.
The second tier of the technology tree includes more advanced technologies that allow players to expand and optimize their factories. These technologies include oil processing, advanced electronics, and steel processing.
Oil processing technology allows players to extract and process crude oil into usable resources such as petroleum gas, lubricant, and solid fuel. This technology unlocks the oil refinery and chemical plant, which can be used to produce these resources.
Advanced electronics technology allows players to produce more advanced electronic components such as circuits, processors, and batteries. This technology unlocks the electronic circuit board and the advanced circuit board, which can be used to produce these components.
Steel processing technology allows players to produce steel, which is a more durable and efficient building material than iron. This technology unlocks the steel furnace and the electric furnace, which can be used to produce steel and other advanced materials.
The third tier of the Factorio technology tree is focused on production technologies. These technologies allow players to further optimize their factory by increasing production efficiency and reducing waste.
The third tier technologies include advanced oil processing, uranium processing, and modules.
Advanced oil processing allows players to further refine crude oil into even more useful products such as plastic and sulfuric acid. This technology unlocks the advanced oil refinery, which can produce these new products more efficiently.
Uranium processing technology allows players to process and utilize uranium as a source of power. This technology unlocks the uranium mining drill and the centrifuge, which can be used to process uranium into usable fuel cells for nuclear reactors.
Modules technology allows players to further optimize their production by adding modules to their machines. These modules can increase machine speed, productivity, and efficiency. This technology unlocks productivity modules, efficiency modules, and speed modules.
The fourth tier of the technology tree is focused on logistics technologies. These technologies allow players to further optimize their transportation systems and increase their overall logistics capabilities.
The fourth tier technologies include logistic robotics, construction robotics, and the rocket silo.
Logistic robotics technology allows players to automate the transportation of items using logistic robots. These robots can pick up and transport items to designated locations in the player’s factory. This technology unlocks the logistic robot and the logistic robot storage chest.
Construction robotics technology allows players to automate the construction of buildings and infrastructure using construction robots. These robots can place and remove buildings and infrastructure components as needed. This technology unlocks the construction robot and the roboport.
The rocket silo technology allows players to build a rocket silo and launch a rocket into space, which is the ultimate goal of the game. This technology unlocks the rocket silo and the necessary components to build and launch a rocket.
The fifth and final tier of the technology tree is focused on military technologies. These technologies allow players to defend their factories against alien attacks and expand their military capabilities.
The fifth tier technologies include power armor, military science packs, and artillery.
Power armor technology allows players to equip themselves with advanced power armor that provides increased protection and mobility. This technology unlocks the modular armor and the personal roboport. Military science packs allow players to research military technologies and unlock new weapons and defense mechanisms. This technology unlocks the military science pack and the military research facility.
Artillery technology allows players to build and utilize artillery to defend their factories and attack alien bases. This technology unlocks the artillery wagon and the artillery turret.
The Factorio technology tree is a central aspect of the game and provides players with a clear path for progression. The technology tree offers a wide range of technologies and research paths, allowing players to customize their factory to their preferred playstyle.
The technologies in the technology tree offer a range of benefits, from increasing production efficiency to improving logistics and military capabilities. However, researching new technologies can be challenging and require a significant investment of resources and time.
Overall, exploring the Factorio technology tree is an essential aspect of the game and offers a rewarding experience for players who enjoy complex automation and optimization challenges.